22Nd General Conference of the Condensed Matter Division of the European Physical Society · Notes

About theCDROM/CopyrightInformation Partners andSponsors General Information

Conference Committees Programme ataGlance Plenary andInvitedTalksataGlance Technical Sessions

Authors’ Index

Welcome Conference Topics Poster Sessions Speakers’ Information EPS-14 Poster Prize Massimo SancrottiAwards Technical Digest On-Site Facilities Lunches Registration Information Excursion Programme Conference Location Conference Management Rome Monday Tuesday Wednesday Thursday Friday

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...... General ......

ofrneo h odne atrDvso fteErpa hsclSociety Physical European the of Division Matter Condensed the of Conference ......

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1 ROM CD the About s Volume32F,ISBN:2 ConferenceAbstract Europhysics F Lumière, Frères des rue 6 2136, B.P. Society, Mulhouse cedex,France. Physical European to write permission, publication or in reprint copying, and other For permitted. US also is the purposes scholarly in copyright of limits source. in articles the of patrons by use the private for beyond applicable, where Europe, to copies credit print to with permitted permitted are is Libraries Abstracting permissions: Reprint and Copyright © 2008bytheEuropeanPhysicalSociety.Allrights 22 the of digest the comprise ROM CD accompanying the on papers The and back The page. web a navigating to similar is ROM forward arrowsareactive. CD this of contents the Navigating Navigation th of contents the your into access programme, accesstheCDROMandclickonstart.htmlicon. inserted to when wish start you will and Should Windows, for facility run auto computer. an has ROM CD The ROM CD the Starting http://www.adobe.com A .pdfviewer(testedwithAdobeAcrobat).Thissoftwareca A webbrowser(Firefox,InternetExplorer,Safariorsimilar) requirements: Software Instructions For 2008. format. August 29 to 25 from Italy Rome, c Roma, di Università Sapienza the at held ( Society Physical European the of Division Matter Condensed the of Conference T hi icuin n hs ulcto de nt eesrl cnttt edreet y the by endorsement constitute necessarily not does editors, theEuropeanPhysicalSociety. publication this in inclusion Their as published are Roma di Università Sapienza the at held Conference of the Condensed Matter Division of the European Physical Society ( Society Physical European the of Division Matter Condensed the of Conference opyright information, please see the Copyright Notice (page 2). All abstracts are in .pdf .pdf in are abstracts All 2). (page Notice Copyright the see please information, opyright he accompanying CD ROM contains the one the contains ROM CD accompanying he

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Contents

. or poster nce of the years since

Massimo Sancrotti

chair INFM, Italy - CNR Trieste, Italy. General Confere - th

14 INFM, Italy - and CNR-

ference of the Condensed Matter Division nd CNR a

General Information Wednesday afternoon, 27 August 2008 · 22)! -

lated Systems General Con nd

Corre Dimensional Physics - Equilibrium Systems - to be held on Sapienza Università di Roma, Rome, Italy Università di Roma, Sapienza

host an exhibition involving international companies. Economic and Complex Systems

- Tyndall National Institute, Cork, Ireland and Chair of the EPS Condensed Sapienza Università di Roma, Rome, Scuola Normale Superiore, Pisa

General Conference of the Condensed Matter Division of the Division of the Condensed Matter Conference of the General Chairs nd of the European Physical Society (CMD The conference provides a forum for presentations of research work across the full range of condensed matter physics to a wide international audience. It is held every two The conference will also host a special session for the the very first one held in Antwerp in 1980. The format of the meeting will be similar to the most recent ones in the series, held in Prague 2004 and in Dresden 2006. European Physical Society European 2008, 25 - 29 August 22 WELCOME to Rome and to the 22 European Physical Society The conference programme will include plenary talks, oral sessions includingcontributed invited presentations and with up to seven sessions. parallel The sessions, conference and should ample offer time topics, including selected important areas of condensed matter physics. space f for discussing both novel and established The conference is dedicated to the memory of the late Co • Liquids, Disordered and Off The conference will also • Methods for Cultural Heritage and Vacuum Science • Physics of Socio Chair Carlo Mariani, • Magnetism • Superconductivity and Highly • Polymer Physics • Biological Physics and Life Sciences • Materials • Surfaces, Interfaces, and Low- Università Cattolica di Brescia, and Laboratorio TASC INFM The whole programme will focus on the following sessions: • Semiconductor Physics We hope that you opportunity to spend time with colleagues from around the globe. will enjoy the unique beauty of Rome, Sincerely, the programme, and the Lucia Sorba, Eoin O'Reilly, Matter Division Co- 2

- National

org/

www.epljournal.org/ he (Institute for the Physics of

ica della Materia (CNR

https://www.epletters.net/ http:// http://www.cnr.it/ http://www.infm.it/ http://www.sns.it/ http://cmd.epsdivisions.org/ http://www.eps. http://www.uniroma1.it/ Conference of the Condensed Matter Division of the European Physical Society

General

nd 22 Research Council), IT Europhysics Letters

CNR - Consiglio Nazionale delle Ricerc Matter), IT INFM - Istituto Nazionale per la Fis Scuola Normale Superiore, Pisa, IT Sapienza Università di Roma, Rome, IT Sapienza Università with in cooperation CMD-22 is organized F (CMD), Mulhouse, Matter Division EPS Condensed

General 16. Graphite for fusion reactors fusion for Graphite 16. dynam and stability structural Graphene: 15. transport and properties electronic Graphene: 14. Carbon/diamond 13. atoms cold with matter Condensed 12. information quantum for transport Quantum 11. matter condensed in optics Quantum 10. ra- Ult 9. /QHE fields magnetic high in optics and Transport 8. structures electronic of Theory 7. Lasers Semiconductor 6. interaction THz 5. 3. Surface Structure and Dyn and Structure Surface 3. nanostructures and surfaces of properties Magnetic 2. systems dimensional low and surfaces of properties Electronic 1. Low and Interface Surface, Conference Topics Conference - Bose 4. - Spin 3. crystals Photonic 2. 1. Q 1. Physics Semiconductor 14. Biological 14. semiconductors on Adsorption 13. surfaces oxide and metal on reaction and Adsorption 12. heteros and interfaces Organic 11. Liquid 9. friction and Tribology 8. manipulation Atomic 7. clusters and particles Small 6. surfaces at nanopattering Spontaneous 5. - Self 4. 10. Oxide surfaces Oxide 10. - Magneto 1. Magnetism Nanowires 16. properties electronic Graphene: 15. transfer torque, spin injection, dynamics), data storage and logic devices (MRAM, spin (MRAM, devices logic and storage data dynamics), injection, spin torque, transfer 6. Magnetic versus structural and other physical effects associated with magnetic phase phase magnetic with associated effects physical other and structural versus Magnetic 6. superconductivity domain devices, torque 5. Strongly correlated electron systems, NFL behavior, coexistence of mag of coexistence behavior, NFL systems, electron correlated Strongly 5. semiconductors) magnetic materials, multiferroic oxides, (magnetoresistive materials Magnetoelectronic 4. effects) an Clusters 3. nanocomposites) magnetic (nanoparticles, materials granular and nanoparticles Magnetic 2. uantum dot and wires and dot uantum layers organic assembled

controlled transport controlled Einstein condensation in semiconductors in condensation Einstein fast phenomena fast - solid an liquid an solid

electronics and spintronics (GMR, TMR, Hall effe Hall TMR, (GMR, spintronics and electronics d low dimensional magnetism (Size effect on orbital moment, quantum quantum moment, orbital on effect (Size magnetism dimensional low d - inorganic interfaces inorganic

- nd

wall devices) wall

gas interfaces interfaces gas

General amics -

dimensional Physics dimensional

tructures

ofrneo h odne atrDvso fteErpa hsclSociety Physical European the of Division Matter Condensed the of Conference

Materials) with (shared ics

- magneto ct,

netism and and netism impedance, spin spin impedance, -

3 7. Microphase separation in copolymers copolymers in separation Microphase 7. melts polymer of transition glass The 6. dyn Polymer 5. interfaces and surfaces at Polymers 4. crystallization Polymer 3. systems Polyelectrolyte 2. solutions Polymer 1. Physics Polymer effects disorder Quenched 22. jamming and materials Granular 21. glassiness Quantum and Classical 20. prob Optimisation 19. glasses Spin 18. 17. Biological and biomimetic fluids biomimetic and Biological 17. rheology Complex 16. heterogeneities and nucleation transitions, Phase 15. self and nanoparticles films, patterned superlattices, - Off 14. tr glass liquids, Supercooled 13. phenomena interfacial and liquids Confined 12. surfactants and foams, Films, 11. Colloids 10. biopolymers and polyelectrolytes, Polymers, 9. crystals Liquid 8. liquids bonded Hydrogen 7. solutions aqueous and Water 6. Fl Quantum 5. liquids Ionic 4. Metals Liquid 3. Liquids Molecular 2. liquids Simple 1. - Off and Disordered Liquids, Graphene 10. time from properties Dynamical 9. conditions extreme under properties Electronic 8. energy high very and low very Spectroscopy: 7. computation body many for methods Theoretical 6. systems spin Quantum 5. correlations strong with materials New 4. superconductivity Tc High 3. phenomena critical Quantum 2. fermions Heavy 1. Highly and Superconductivity applications novel applications, biomagnetic medicine, in applications magnetic topics, interdisciplinary and Applications 8. 7. Structured Materials (ultra Materials Structured 7. separation) phase transitions, phase magnetic systems, (magnetocaloric transitions equilibrium and aging systems: fluctuations and effective temperature effective and fluctuations systems: aging and equilibrium

uids

amics in confinement confinement in amics

lems

thin films and surface ef surface and films thin

Equilibrium Systems Equilibrium

ansition, glasses, and gels and glasses, ansition, - Corr

- resolved experiments experiments resolved

Systems elated

eea Information General

assembling)

fects, multi fects,

- layer films and and films layer

General

ferences. n Building

Marconi Building Marconi Building Marconi Marconi Building Marconi Building Marconi Building Marconi Building – – – – – – –

Main Building Main Building – –

hysics Department a major attraction at recent co Location Rettorato Physics Department Physics Department Physics Department Physics Department Location Rettorato Physics Department Physics Department P

ill be no oral presentations during this time. economic systems

- General Information

There w

economic systems - economic networks -

Correlated Dimensional Dimensional - - - Equilibrium - economic systems -

and Highly Tuesday 26 August and on Thursday 28 August 2008. Both sessions Economic and Complex Systems

owth and cycles

peer systems and communication networks 22 conference will present over 400 posters split into two poster sessions which

based modeling on networks

- based modeling of financial markets

to-

- organization in socio

Systems Polymer Physics Topic Magnetism Semiconductor Physics Surfaces, Interfaces, and Low Physics I Materials Methods for Cultural Heritage and Vacuum Science Topic Superconductivity Systems Surfaces, Interfaces, and Low Physics II Liquids, Disordered and Off

Poster sessions for contributed papers have been The CMD are scheduled from 16:30 to 18:40. will take place on Tuesday 26 August 2008 Poster sessions: Thursday 28 August 2008 Poster sessions: Physics of Socio- 1. Agent

3. Empirical stylized facts of socio 4. Models of heterogeneous interacting agents and Minority Games 5. Self- 2. Fluctuations and correlations in financial time series 6. Optimization problems of microeconomics 11. Agent 7. Static and evolutionary game theory 8. Systemic fragility and risk management 9. Economic gr 10. Networks in markets, trade and production 12. Dynamic processes on socio 13. Fluctuation scaling in finance, and socio 14. Ecosystems and competitive ecologies 15. Urban systems and traffic modeling 16. Peer- 17. Social dynamics, opinion formation and decision making 18. Semiotic and language dynamic Poster Sessions 4

tural Heritage Materials

nce Tc superconductors.

equilibrium conditions

Conference of the Condensed Matter Division of the European Physical Society

General

composites nd

d Cultural Heritage 22

troscopy in biophysics molecule - based nano- -

resolved biophysics m processes and techniques and Cultural Heritage induced phase transitions. - mechanical response of cells - - omains and textures. arbon nanotubes and spatial ordering in macro/nanostructures. Biological networks 11. Simulations of polymer rheology 12. Polymer conformations under out Biological Physics /Life Sciences 1. Single bio 2. Quantum effects in biological systems 3. 7. Nano 2. Dynamics of quasicrystals. 4. Biophysics of biological membranes 6. Quantum effects in biological systems 10. Laser tweezers in biology 16. Biophysics and synchrotron radiation 3. Multiferroics. 4. Pairing symmetry and lattice effects in high 13. Ordering processes of complex macromolecules 5. Ion and water channels 8. Biosensors 9. Force spectroscopy in biology 11. Optical spec 17. FEL applications to biological systems Materials 1. C 12. Biological redox systems 13. Biophysical studies of nucleid acids 14. Nanotechnology and stem cells 15. Time 10. Advanced simulation methods in polymer scie 8. Polymer 9. Phase transitions, structure and response of single macromolecules 5. Stability and dynamics of graphene.(shared with Semiconductor Physics) 8. Photo 7. Fundamental aspects of ferroelectricity. 6. D 9. Physical properties of aperiodic crystals Methods for Cultural Heritage and Vacuum Science 1. Chemical and physical methods for characterization of Cul 3 . Innovative diagnostics techniques 4 . Maintenance of the Cultural Heritage: Methodologies and Techniques 5 . Nanotechnology an 6 . Conservation and Restoration of Arts' Heritage (lapidary materials, pictures, ancient papers: drawings and printings, goldsmithery and glyptics, wooden sculptures, mural paintings) 7 . The recovery by means of diagnostics 8 . Vacuu 2 . Coating and surface treatments for Cultural Heritage conservation (metals, ceramics, glass, etc)

General A PC with Windows XP, Power Point (for ppt format files) and Adobe Reader (for pdf pdf CD or stick memory USB by file presentation (for Reader Adobe and files) format file ppt format (for Point Power XP, Windows with PC A presentations. A begins. session the before minutes check to asked are Speakers The presentation times for oral sessions are as follows: follows: as are sessions oral for times presentation The Contributed talks Contributed Invited talks Invited Location of the oral sessions according to the topics the to according sessions oral the of Location talks Plenary Presenters Poster for Instructions Speakers' Information Speakers' r the on presented is sessions poster the of schedule The next the on places their in morn still Posters questions. answer to session the of the for duration poster entire their of vicinity the in remain must Authors presentation. their of day the of The provided. put to requested be are Authors will (tape) material Fixing paper. code. session paper the with marked and the sessions by grouped be will boards of summary a display to which provi is author Each

EPS Systems Complex Socio of Physics Sciences Life and Physics Biological Physics Polymer Systems Equilibrium Off and Disordered Liquids, Systems Correlated Highly and Superconductivity Science Vacuum and Heritage Cultural for Methods Materials Physics Dimensional Low and Interfaces, Surfaces, Physics Semiconductor Magnetism sessions Oral Systems Socio of Physics Sciences Life and Physics Biological paes ifrain desk information speakers’ ing will be removed and discarded by the conference organization. conference the by discarded and removed be will ing - 14

) will be available in the conference room. Authors will transfer their oral oral their transfer will Authors room. conference the in available be will )

- -

Economic and and Economic Complex and Economic

22 → → →

ded with one bulletin board measuring measuring board bulletin one with ded

40 minutes presentation and 5 minutes for discussion for minutes 5 and presentation minutes 40 15 minutes presentation and 5 minutes for discussion for minutes 5 and presentation minutes 15 30 minutes presentation and 10 minutes for discussion for minutes 10 and presentation minutes 30 General - up their poster on their allocated board already in the morning morning the in already board allocated their on poster their up - - - chairman session the with in will be operative during the conference for checking the the checking for conference the during operative be will

ofrneo h odne atrDvso fteErpa hsclSociety Physical European the of Division Matter Condensed the of Conference Aula Magna (Rettorato) Magna Aula Department (Physics 6 Aula Dept (Physics Conversi Aula Con Aula Department (Physics 6 Aula Department (Physics 4 Aula Au Department (Physics 1 Aula (Rettorato) Magna Aula Dept (Physics Amaldi Aula Department (Physics 3 Aula Location la 1 (Physics Department Department (Physics 1 la -

Rom. Physics Department Department Physics Department Physics

versi (Physics Dept (Physics versi

e spective pages of this pr this of pages spective 90 cm wide x 120 cm high cm 120 x wide cm 90 the conference room ten ten room conference the in

- – – ------Marconi Building) Marconi - - Fermi Building) Fermi Building) Fermi Building) Fermi Building) Fermi Building) Fermi Build Fermi Marconi Building) Marconi Building) Marconi

Marconi Building Marconi Building Marconi

gramme. ing)

on on

5 On- digest. per 25 Euro of cost a at ordered, be may digest the of copies Additional participant. the by made A bank machine is available on the campus. the on available is machine bank A area. registration the in installed be will board message A connection. Internet wireless the for password and ame usern valid a receive EPS Conference Digest Conference 12:45 2008, August 29 Friday on distributed be will Awards Sancrotti Massimo The The The Massimo Sancrotti Awards Sancrotti Massimo 12:45 2008, August 29 Friday on scheduled is ceremony Prize Poster The EPS- A by followed Society, Physical European the by Conclusion with interlude brief A Physics" Hall Quantum from "News Klitzing von Klaus Lecture Plenary Break Coffee Dosch Helmut Lecture Plenary Novoselov, Kostya and Geim Andre and Lecture Prize Geim Andre to Prize Europhysics Division Novoselov Kostya Matter Condensed the of Award President EPS the by Welcome Poster Prize Poster Flatland” Carbon of Magic “Graphene: Manche of University Nanotechnology, Wireless connection with personal laptop personal with connection Wireless the free wireless network “Sapienza” are requested to fill out a a out fill to requested a with together it are present “Sapienza” network wireless free the The afternoon will be will afternoon The Division. h 14 The Wednesday, 27 August 2008 August 27 Wednesday,

“2011 Reception site Facilities site

registration fee includes one technical digest in CD in digest technical one includes fee registration 14 — 14th General Conference of the European Physical Society Physical European the of Conference General : 14th th General Conference of the European Physical Society will take place place take will Society Physical European the of Conference General

Nanospace” in Odyssey

on the Terrace of the Aula Aula the of Terrace the on

, Max Planck Institut für Metallforschung für Institut Planck Max ,

, Nobel Laureate, MPI für Festkörperfo für MPI Laureate, Nobel , devoted to: devoted Congratulatory Messages Congratulatory copy of the identity document identity the of copy

within the 22 the within

Manchester Centre for Mesoscience & & Mesoscience for Centre Manchester

ster, U.K. ster, Magna (as of 18:35 hrs) 18:35 of (as Magna is available. All participants wishing to connect to to connect to wishing participants All available. is · eea Information General

General Conference of its Condensed Matter Matter Condensed its of Conference General

on the occasion of the 40 the of occasion the on - , format, provided pre provided format, at the registration desk, in order to to order in desk, registration the at

Germany Stuttgart, rschung

, Stuttgart, Germany Stuttgart, , and and form declaration

- 13:15 th

Anniversary of of Anniversary - registration is is registration - 13:15

General

- 19:00

- 21:30 -

17:00 18:35 18:40 18:40 - - - - Aula Magna Terrace Aula Magna Terrace Saturday 30 August 2008, 09:00 - - -

Friday 29 August 2008, 17:00 -

Rettorato Rettorato

Tuesday 26 August 2008, 20:00 -

General Information

· 16:30 16:30 10:30 11:30 and 16:20 11:30 13:15 16:50 11:30 12:50 and 14:40 12:50 and 14:40 18:30 12:50 and 14:40 → → ------

16:20 16:20 18:30 10:00 18:35 11:00 11:00 08:40 16:30 11:00 09:00 08:45 14:00 08:45

extra cost is scheduled as follows:

the ticket to visit the houses, an English speaking guide, an English

00136 Roma -

n English speaking guide and an English speaking tour leader. including the ticket to visit the museum, an English speaking guide and an including the coach to Tivoli, the ticket to visit Villa Adriana and Villa d'Este, including l be held only with a minimum of 25 people.

40,- 85,- 33,-

d visit to Borghese Gallery and Museum rsday 28 August 2008

Thursday 28 August 2008 Monday 25 August 2008 Receptions: Short Refreshment Breaks: Tuesday 26 August 2008 Thu Wednesday 27 August 2008 Friday 29 August 2008 Coffee Breaks: Monday 25 August 2008 Wednesday 27 August 2008 Excursion Programme Transportation to the Houses needs to be arranged by the participant. The visit will be held only with a minimum of 20 people. Guide speaking actor and an English speaking tour leader. English speaking tour leader. The visit wil Cost: € Transportation to the Gallery and Museum needs to be arranged by the participant. Guided visit to Villa Adriana and Villa D'Este, Tivoli Symposia s.r.l. a light lunch, a The excursion programme is organised by the local partner: B.go San Lazzaro 17 Tel:+39 0639725540 / Fax:+390639725541 18:00 Cost: € [email protected]

Thursday 28 August 2008 Friday 29 August 2008 Tuesday 26 August 2008 Night entertainments at the Roman Houses Cost: € An excursion programme at Conference Hours: Monday 25 August 2008 Wednesday 27 August 2008 Tuesday 26 August 2008 6

Elena Canteen EElena Via del Castro Campus Laurenziano 7b entrance Elena EE in Via del Castro Viale Regina page pdf summaries. -

00 .

16: 16:00 17:00 - - - Wednesday afternoon, 27 August

including the one

held on CMD -

- 12:30 and 14:30 12:30 and 14:30 12:30 and 14:30 17:00

- - - - Conference of the Condensed Matter Division of the European Physical Society of EPS

closed 08:30 08:15 08:15 10:00

General

(from Tuesday through Thursday) (Monday afternoon through Friday morning)

niversity canteen is located outside the campus (5 minutes’ walk) entrance copy of the conference programme with CD Campus main P. le Aldo Moro A Three lunches Coffee breaks Two receptions held on Monday and Wednesday evenings Admission to the plenary sessions of EPS Admission to the technical sessions

Friday 29 August 2008 Thursday 28 August 2008 - Wednesday 27 August 2008 - - Three lunches are included (from Tuesday to Thursday). Vouchers will be distributed. The u Laurenziano 7b. - Tuesday 26 August 2008 Monday 25 August 2008 Conference Registration Hours: - The registration fees for the meeting include: - Registration Information Lunches

General The registration The Rettorato. the in located are exhibitors The ( buildings two the Department. in located are lectures other the is hall lecture ha lecture the All distance walking within Rome, area. Lorenzo San Roma lively the by surrounded Termini”, “Roma of di Università area Sapienza central the a of in campus main located the in place take will conference The entrance of the main lecture hall (Aula Magna). (Aula hall lecture main the of entrance alba.perrotta Email: 49914277 6 0 +39 Fax. / Tel.

Confer http://www.uniroma1.it/ Italy Roma 00185 2 Moro Aldo Piazzale Roma di Università Sapienza ence Location ence

desks will be at the Rettorato main floor (up the central stairs), near to the the to near stairs), central the (up floor main Rettorato the at be will desks lls are concentrated in a very small area within the campus. The main main The campus. the within area small very a in concentrated are lls Magna Aula @roma1.infn 22

General

.it f h Rettorato the of

ofrneo h odne atrDvso fteErpa hsclSociety Physical European the of Division Matter Condensed the of Conference

which contains up to 900 persons. The The persons. 900 to up contains which Marconi and Fermi) of the Physics Physics the of Fermi) and Marconi

of the main railway station station railway main the

7 Free Admission: 7.30pm, to 9am Daily time: Opening Imperiali, Fori dei Via Address: Forum. the over vista a to way gives trees orange and roses with festooned avenue scented The gardens. Farnese the to throu hill Palatine the up snaking stairs are arch the of right the To 70. AD in Jerusalem of destruction Titus' celebrate to built Titus, of Arch the and Faustina, and Antoninus of Temple the are note of Also Vesta. of Temple and Virgins Vestal the of House Rome, Italy Rome, F 2136, BP Lumière, Frères des rue 6 Society, Physical European the by provided is t managemen Conference The Conference Management Conference are indicative and are liable to c to liable are and indicative are hereafter given prices All visits. to attractions multiple with city attractive very a is Rome Address: Piazza del Campidoglio, Rome 1 Rome Campidoglio, del Piazza Address: the and Remus and Colosseum. and Forum the of Romulus sites ancient the of views with Wolf Capitoline the the of side the along cut Paths Satyr, Spinario. the and Gaul Dying the the of are here found statues structures notable the Among world. the in statues classical of twin collection largest the and hous which Conservatori Nuovo Palazzo and dei Senatori dei ar Palazzo Palazzo the the palaces: is three piazza of The by planning. bordered town feature Renaissance of superiority main the to testimony The a Campidoglio, government. city's the of seat the as serve to continues and city ancient the of capitol original the was Hill Capitol Hill Capitol Argentina Piazza from 8 tram or station, train main the from H Bus Transport: developments the and escaped people having Rome. explore, famous to artists, place charming attracted cafes, a long is numerous has and to experts, area home The and restaurants. lines, and washing pubs and boutiques, boxes flower overhanging medieval with picturesque lined a is Trastevere str cobblestone River, narrow Its atmosphere. Bohemian Tiber a by characterised neighbourhood the by Rome central from Separated Trastevere designed to celebrate Roman victory over the Parthinians Parthinians the over victory Roman celebrate to designed Severus Septimus of Arch impressive the include monuments notable most Republ old the of relics and ruins the of sense make To centre. civic former and square market old the through slices Sacra, Via thoroughfare, main Forum's The hills. Palatine and Capitoline the between Admission: Admission: 7.30pm to 9am Sunday to Tuesday open Museums time: Opening 59127 820 06 Tel: Telephone: .org/en/index_msie.htm www.museicapitolini Website: h st o acet oes commer Rome's ancient of site The Romano) (Foro Forum Roman - 68060 Mulhouse Cedex, France Cedex, Mulhouse 68060

€

6.50, concessions available, Free to EU citizens under 18 and over 65. 65. over and 18 under citizens EU to Free available, concessions 6.50, ic it is helpful to consult a map of the area. Some of the best preserved and and preserved best the of Some area. the of map a consult to helpful is it ic

hange.

il pltcl n rlgos centre religious and political cial, hill from the Campidoglio giving way to panoramic panoramic to way giving Campidoglio the from hill · - 00186 eea Information General

e the Musei Capitolini, containing the the containing Capitolini, Musei the e

ea is Michelangelo's Piazza del del Piazza Michelangelo's is ea - and the former atrium of the the of atrium former the and

gh a series of terraces terraces of series a gh is - in the valley valley the in a construction construction a

of central central of

eets are are eets

General - iles (6km) Clementino - 2 is charged to € present building is

dmission of

le that is said to be the one used by 10 ly 8.45am to 1.45pm, last entry at €

General Information

· www.stpetersbasilica.org www.vatican.va

5 with lift); Necropolis: Pontius Pilate's villa in Jerusalem that Christ climbed the day € century façade and contains several important relics, a 13th 4 ( -

€ Lateran was built in the 4th century by Constantine the Great and iano or bus to Piazza del Risorgimento, Opening time: Daily famous ceiling painted by Michelangelo looms above the frescoes on

13. Free on the last Sunday of every month. €

helangelo's Last Supper, revealing the figure of Christ hovering above centre and official ecclesiastical seat of the Pope, and it is here that he celebrates Mass on certain

The Sistine Chapel & Vatican Museums and include the magnificent Raphael rooms, the Etruscan Museum and the Pio Basilica di San Giovanni The Basilica of St John was the first church built in Rome. It is the cathedral of the diocese ranks of above all other Rome, Roman Catholic and churches, even as St Peter's Basilicasuch in the Vatican. It is the religious holidays. The building has suffered much damage in the past and has been rebuilt several times, leaving only fragmented parts of the original church. The Transport: Metro Ottav between 7am and 7pm, Dome: 8am to 6pm, Admission: Free. Dome: Necropolis: Monday to Friday 9am to 5pm The Sistine Chapel's the side walls that were painted by Ghirlandaio, an Roselli, illustrious Pinturicchio, teamSignorelli and of della Gatta. artists The that altar wall included is Mic Botticelli, covered by flanked by Mary and other saintly figures. The Vatican Museums provide an inspiring visit to one of the world's greatest collections of art. The galleries stretch over four m characterised by its 18th place for the Basilica and no shorts, bare shoulders or miniskirts are allowed (for men women). and Address: Piazza San Pietro, Website: Museum, which boasts the world's largest collection of Classical statues. Address: Viale Vaticano, Website: Transport: Metro to Musei Vaticani or Ottaviano station; Piazzatram del Risorgimento 19 or bus 32, 81 or 98 to Opening time: Monday to Friday 8.45am to 4.45pm, Saturday 8.45am to 1.45pm (8 March to 29 October and 27 12.20pm December (7 January to to 6 March and 6 2 November to January); 24 December) Closed dai Sundays the last Sundayexcept of every month. Admission: century cloister and an ancient baptistery. Inside are numerous statues, paintings, the High Altar that can only be used by the Pope, and a cedar tab Christ at the Last Supper. Across the street is one of the holiest sites in Christendom that is visited by pilgrims from around the world: the Palace of the Holy Steps, believed to be the 28 marble steps originally at he was brought before Pilate. They have been in Rome since 1589. Address: Piazza S. Giovanni in Laterano, Transport: San Giovanni metro Opening time: Daily 7am to 6.45pm, Admission: Free; enter the cloisters an a 8 t - - s l) and the ss code is in y from 9am to Shelley Memorial -

€9

lvestro Conference of the Condensed Matter Division of the European Physical Society

General

22 the damaging attack on it in 1972. In the central aisle stands Arnolfo da

symbol of ancient Rome tenaciously clings to its foundations as the site of

ottoes, containing papal tombs, can be reached by steps from the statue of St Longinus. uilt as a temple to the Gods by Hadrian in 120AD, its perfectly proportioned floating dome The Colosseum This enduring that were used to transport animals from their cages to the arena. The magnificence original of structurethe has been eroded through the years only a skeletal framework remains. of pillaging and earthquakes so that Address: Piazza del Colosseo former gladiatorial conquests. Its architecture boasts an impressive array of Doric, Ionic and Corinthian columns and an underground network of cells, corridors, ramps and elevator Transport: B line metro to Colosseo station; bus 60, 75, minibus 117; tram 3 or 8 85, 87, 175, 810 or 850; electric Opening time: 8.30am to 7.30pm , Admission: Pantheon The stately Pantheon is one of the b world's most inspiring architectural designs. Fittingly rests seductively on sturdy marble columns. central oculus was The used by the Romans only to measure time light (with the aid of source a sundia flowing through the Address: Piazza della Rotonda Opening time: Monday to Saturday between 8.30am and 7.30pm and Sunda The Spanish Steps and Piazza di Spagna dates of equinoxes and solstices. The south transept houses the Carafa Chapel and the tomb of Fra Angelico rests under the left side of the altar. 6pm, Admission: Free The graceful steps built in 1725, elegantly curve their way from the Piazza di Spagna to the Church of Santa Trinit dei paradise of Monti, Via Condotti a leads back pastel from the tinted Spanish springsteps the steps neoclassical to are decorated with Via pink azaleas. building.del At the foot Corso, of the steps and The lies Bernini's boatduring shopper's shaped Barcaccia fountain and to the right is the unassuming Keats Trevi Fountain (Fontana di Trevi) Cambio's bronze statue of St Peter, its foot worn kisses. down Proudly by resting the above constantthe papal flow altar of is pilgrims' Bernini's Gr Throne of St Peter. The Vatican The Necropolis is located one level below Peter's tomb and the advance permission has grottoes. to be obtained This to view it. is A strict dre the legendary site of St House. Transport: Take Metro Linea A to the Spagna stop; bus 60 and 492 to 117 to Piazza di Spagna. Piazza Barberini or The tiny Piazza di Trevi has been immortalised through this fountain built for Pope Clemen XII. The statues adorning this watery display represent Abundance, Agrippa, Salubrity, the Virgin and Neptune guided by two tritons. Tossing a coin into the fountain guarantee a return trip to Rome.is supposed to Transport: Take the bus to Piazza San Si St Peter’s Basilica (Basilica di San Pietro) The Basilica lies above the reputed site of St. Peter's tomb. It containing is notable an sculptures overwhelming including interior Michelangelo's Pieta, which is protected by bullet proof glass since

General

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22 http://www.romaturismo.it/v2/en/main.asp - http://rome.airport 00136 Roma 00136 nd

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I http://www.adr.it/content.asp?L=3&idmen=200 - 00187 ofrneo h odne atrDvso fteErpa hsclSociety Physical European the of Division Matter Condensed the of Conference

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9 Map

· eea Information General

General

Conference Committees

Economic Systems:

(CEA Saclay, France)

(University of Bremen, Germany)

(Fondazione Bruno Klesser, Italy)

(ICTP, Trieste, Italy)

hysics of Socio- Methods for Cultural Heritage and Vacuum Science M. Anderle L. Kover (University of Debrecen, Hungary) P J.P. Bouchaud M. Marsili S. Bornholdt Local Committee Members: M.G. Betti G. Bonizzoni M. Capone S. Caprara Industrial relations: L. Cinquetti M. Grilli A. Polimeni F. Ricci Tersenghi F. Sciarrino T. Scopigno Local Scientific Secretariat: Alba Perrotta Treasurer: D. Lee Secretary: EPS C. Mariani 10 CNR, Italy) -

Italy)

CNR, -

and INFM

, Italy)

Italy) ersität Freiburg, Germany)

Italy),

sional Physics:

Conference of the Condensed Matter Division of the European Physical Society Hutnicza, Poland) - Correlated Systems: Dimen - - Equilibrium Systems: CNR & Scuola Normale Superiore, Italy) -

General nd Lucia Sorba (Scuola Normale Superiore, Pisa and INFM CNR, Modena, Italy)

olytechnique Fédérale, Switzerland) -

(University of Lund, Sweden) 22 chairs: (Ecole Normale Supérieure, France) - (Sapienza Università di Roma (Chalmers University of Technology, Sweden) (University of Milano, Italy)

(NEST INFM (University of Zaragoza, Spain) (Synchrotron Soleil, France) (Akademia Górniczo a (Radboud University Nijmegen, The Netherlands), (Sapienza Università di Roma, (Ecole P (Physikalisches Institut der Univ (Trinity College Cambridge, United Kingdom) (University of Mainz, Germany) (Institut Néel, CNRS, France) (University of Reading, United Kingdom) Biological Physics and Life Sciences: M. Bolognesi P. Lindgard (Risø National Laboratory, Denmark) C. Veigel (National nstituteI for Medical Research, United Kingdom) H. Wennerstrom G. Parisi (Sapienza Università di Roma, L. Cugliandolo Polymer Physics: G. Reiter W. Paul P. Facci (S3 INFM Materials T. Janssen S. Elliott L. Börjesson, G. Ruocco P. Littlewood (Trinity College Cambridge, United Kingdom) Liquids, Disordered and Off- C. Kapusta C. Castellani (Sapienza Università di Roma, M. Grioni Magnetism: J. Vogel M.R. Ibarr V. Sechovsky (Charles University, The Czech Republic) Conference Chair: K. Wandelt (University of Bonn, Germany), M. Sauvage G. Held Carlo Mariani Superconductivity and Highly Conference Co and Eoin O'Reilly (Tyndall National Institute, Cork, Ireland) Programme Committee Members: Semiconductor Physics: Surfaces, Interfaces, and Low M.G. Betti (Sapienza Università di Roma W. Wegscheider (University of Regensburg, Germany), V. Pellegrini A. Fasolino (Radboud University Nijmegen, The Netherlands),

Committees 83–00 uaMgaTerrace Magna Aula 18:30–20:00 6 Aula 16:50–18:30 4 Aula 16:50–18:30 3 Aula 16:50–18:30 1 Aula 16:50–18:30 Conversi Aula 16:50–18:30 Amaldi Aula 16:50–18:30 Magna Aula 16:50–18:30 16:30–16:50 6 Aula 15:10–16:30 4 Aula 15:10–16:30 3 Aula 1 15:10–16:30 Aula 15:10–16:30 Conversi Aula 15:10–16:30 Amaldi Aula 15:10–16:30 Magna Aula 15:10–16:30 Magna Aula Magna 14:15–15:00 Aula 14:00–14:15 2008 25, August Monday, Glance a at Programme 22 nd eea ofrneo h odne atrDvso fteErpa hsclSociety Physical European the of Division Matter Condensed the of Conference General Drink Equilibrium Off- of and Out - Systems Disordered Systems Equilibrium Liquids, MON2F6: Superconduc- Tc Highly- II High tivity - and Systems Correlated Superconductivity MON2F4: I Properties Structures Magnetic and - Magnetism MON2F3: Semiconduc- Dyna- with Physics) and (Shared tors Graphene Stability Life of - mics & Materials II Physics MON2F1: Physics Polymer Biological and Sciences Joint MON2C: Electronic Wires Dots, and Quantum Rings and Self-Assembled Invited of Low- Optical Properties - Symposium: Physics and Focus Semiconductor Interfaces Interface MON2A: Organic - Physics Surface, Dimensional MON2M: Off- Break Coffee and Glasses Spin Disordered - Systems Equilibrium Liquids, MON1F6: Superconduc- Tc Highly- I High tivity - and Systems Correlated Superconductivity MON1F4: les Nanopartic- Magnetic Life - Nanotubes Magnetism MON1F3: Carbon & - Materials I Physics MON1F1: Physics Polymer Biological and Sciences Joint Assembled MON1C: Quantum Low- Self - Hall Physics Semiconductor and - MON1A: Layer Interface Physics Organic Surface, Dimensional MON1M: 1 Plenary MONPL: Opening 11 44–62 ua3 Aula 14:40–16:20 1 Aula 14:40–16:20 Conversi Aula Amaldi 14:40–16:20 Aula 14:40–16:20 Magna Aula 14:40–16:20 12:50–14:40 6 Aula 11:30–12:50 4 Aula 3 11:30–12:50 Aula 1 11:30–12:50 Aula 11:30–12:50 Conversi Aula 11:30–12:50 Amaldi Aula 11:30–12:50 Magna Aula 11:30–12:50 11:00–11:30 2008 26, August Tuesday, :01:0Al 6 Aula 9:40–11:00 4 Aula 3 9:40–11:00 Aula 9:40–11:00 1 Aula 9:40–11:00 Conversi Aula 9:40–11:00 Amaldi Aula 9:40–11:00 Magna Aula 9:40–11:00 Magna Aula 9:30 8:45– ainUigSnhornRadiation Sinchrotron Characteri- Using Magnetic zation - Magnetism TUE3F3: Life and Heritage Science & Vacuum Cultural for Methods Physics V TUE3F1: Physics Low- Polymer Biological and Sciences Joint and Graphene TUE3C: - Physics Interface Semiconductor Interfaces TUE3A: Organic - Physics Surface, Dimensional TUE3M: Off- Break and Lunch Matter Disordered Soft - Systems with Liquids, Equilibrium Materials TUE2F6: New Highly- II Correlations - Strong and Systems Correlated Superconductivity II TUE2F4: Magnetoelectronics Life - Magnetism & TUE2F3: Multiferroics - Materials Physics IV TUE2F1: Physics Polymer Biological and Sciences Joint TUE2C: Quantum Low- - Transport Physics and Semiconductor TUE2A: Properties Interface Electronic II - Physics Surface, Dimensional TUE2M: Break Off- Coffee Dy- and Systems Frequency Disordered High in Disordered namics - Systems with Liquids, Equilibrium Materials TUE1F6: New Highly- I Correlations - Strong and Systems Correlated Superconductivity I TUE1F4: Magnetoelectronics - Magnetism TUE1F3: Quasicry- Life of Dynamics & stals - Materials Physics III TUE1F1: Physics Polymer Biological and Sciences Joint TUE1C: Low- 1D and OD Systems - Physics and Semiconductor TUE1A: Properties Interface Electronic I - Physics Surface, Dimensional TUE1M: 2 Plenary TUEPL: · rgam taGlance a at Programme

At a Glance Programme at a Glance · WED2F4: SuperconductivityCorrelated Systems - and Quantumand Spin Spectroscopy Highly- Systems II WED2F6: Liquids,Equilibrium Systems - DisorderedBonded Water Liquids and and Hydrogen Off- Lunch Break EPS14.1: 14th General Conferenceropean of Physical the Society Eu- -Coffee Part Break I EPS14.2: 14th General Conferenceropean of Physical the Society Eu- -14th Part II GeneralPhysical Conference Society ”Reception” of the European THUPL: Plenary 3 THU1M:Dimensional Surface, Physics -III Interface Electronic Properties THU1A: and Semiconductor PhysicsTransport - Low- Quantum THU1C: JointSciences and Biological Polymer PhysicsTHU1F1: Physics VIII Materials - & CarbonTHU1F3: Nanotubes Magnetism Life -Electron Systems Strongly Correlated THU1F4: SuperconductivityCorrelated Systems - andtivity High I Tc Highly- Superconduc- THU1F6: PhysicsComplex Systems of - Financial Socio-Economic Markets Coffee and Break THU2M:Dimensional Surface, PhysicsNanowires - Interface SmallTHU2A: and Semiconductor Particle PhysicsEffects and - Low- Quantum THU2C: JointSciences and Biological Polymer PhysicsTHU2F1: Physics IX &Dimensional Surface, Physics - Life Graphene Interface and Low- 8:45– 9:30 Aula Magna 9:40–11:00 Aula Magna 9:40–11:00 Aula Amaldi 9:40–11:00 Aula Conversi 9:40–11:00 Aula9:40–11:00 1 Aula 3 9:40–11:00 Aula 4 9:40–11:00 Aula 6 11:30–12:50 Aula 4 11:30–12:50 Aula 6 12:50–14:30 14:30–16:20 Aula Magna 16:20–17:00 17:00–18:35 Aula Magna 18:35–20:00 Aula Magna Terrace Thursday, August 28, 2008 11:00–11:30 11:30–12:50 Aula Magna 11:30–12:50 Aula Amaldi 11:30–12:50 Aula Conversi 11:30–12:50 Aula 1 12 TUE3F4: SuperconductivityCorrelated Systems andStrong - Correlations III Highly- NewTUE3F6: MaterialsEquilibrium Liquids, with Systems - Quantum Disordered Fluids Short and Refreshment Break Off- TUEp.MAG: Magnetism - PosterTUEp.CUL: Session PosterCultural Session Heritage and - VacuumTUEp.SEMI: Science Semiconductor Methods Physics -Session for Poster TUEp.MAT: Materials - PosterTUEp.SUR: Session Surface,Dimensional Physics I Interface - Poster and Session Low- WED1M:Dimensional Surface, Physics -of Interface Electronic Insulating and Properties MagneticWED1A: and Interfaces Semiconductor PhysicsEffects - in Low- Quantum Low-Dimensional Systems WED1C: JointSciences and Biological Polymer PhysicsWED1F1: Physics VI Materials - & PairingLattice Symmetry Effects Life and in Superconductors WED1F3: MagnetismIII - Magnetoelectronics WED1F4: SuperconductivityCorrelated Systems - and Quantumand Spin Spectroscopy Highly- Systems I WED1F6: Liquids,Equilibrium Systems Disorderedand - Glass Supercooled Transition and Liquids Off- Coffee Break WED2M:Dimensional Surface,Nanopatterning Physics InterfaceWED2A: - and Semiconductor PhysicsCascade Adsorption - Lasers Low- Quantum WED2C: and JointSciences and Biological Polymer PhysicsWED2F1: Physics VII Materials - & DomainsWED2F3: and Magnetism Life Textures - Magnetic thin Films General Conference of the Condensed Matter Division of the European Physical Society nd 22 9:00–11:00 Aula Magna 9:00–11:00 Aula Amaldi 9:00–11:00 Aula Conversi 9:00–11:00 Aula 1 9:00–11:00 Aula 3 9:00–11:00 Aula 4 9:00–11:00 Aula 6 14:40–16:20 Aula 4 14:40–16:20 Aula 6 16:20–16:30 16:30–18:40 Rettorato 16:30–18:40 Physics Department 16:30–18:40 Physics Department 16:30–18:40 Physics16:30–18:40 Department Physics Department Wednesday, August 27, 2008 11:00–11:30 11:30–12:50 Aula Magna 11:30–12:50 Aula Amaldi 11:30–12:50 Aula Conversi 11:30–12:50 Aula11:30–12:50 1 Aula 3

At a Glance 63–84 hsc Department Physics Department 16:30–18:40 Physics 16:30–18:40 Department Physics 16:30–18:40 Department Physics 16:30–18:40 Department Physics 16:30–18:40 Rettorato 16:30–18:40 16:20–16:30 6 Aula 14:40–16:00 4 Aula 14:40–16:20 3 Aula 14:40–16:20 1 Aula 14:40–16:20 Conversi Aula 14:40–16:20 Amaldi Aula 14:40–16:20 Magna Aula 14:40–16:20 12:50–14:40 6 Aula 11:30–12:50 4 Aula 11:30–12:50 3 Aula 11:30–12:50 22 nd eea ofrneo h odne atrDvso fteErpa hsclSociety Physical European the of Division Matter Condensed the of Conference General HpLQ iud,Dsree n Oﬀ- and Session Poster - Disordered Life Systems Equilibrium Liquids, & Session THUp.LIQ: Poster - Physics Physics Polymer THUp.POL: Session Poster - Low- Biological Sciences Session and Poster THUp.BIO: - II Interface Physics Dimensional Surface, Session THUp.SUR: Poster and - Socio-Economic Systems Complex of Physics Session THUp.SOC: Poster - Highly- Systems and Correlated Superconductivity THUp.SUP: Break Refreshment Short Other and and Ecosystems Socio-Economic - Applications Systems of Complex Physics THU3F6: Highly- Computation Body for Many Methods and Theoretical - Systems Correlated Superconductivity THU3F4: Properties II Low- Magnetic Structures and - Magnetism and Nanostructures THU3F3: Surface: Semicon- - Physics) with Interface ductor (Shared Life Physics Surface, Dimensional & X Physics THU3F1: Physics Polymer Biological and Sciences Joint Optical Low- THU3C: - Systems Low-Dimensional and Physics in Phenomena Semiconductor Interface Interfaces THU3A: Liquid-Solid - Physics Surface, Dimensional THU3M: Break and Lunch Socio-Economic Networks Socio-Economic - of Systems Complex Physics superconduc- THU2F6: Highly- Tc II High tivity - and Systems Correlated Superconductivity THU2F4: Nanowires and Nanopartic- les Magnetic - Magnetism THU2F3: 13 24–31 uaMagna Aula Magna 12:45–13:15 Aula 12:00–12:45 6 Aula 10:30–11:50 4 Aula 10:30–11:50 3 Aula 10:30–11:50 1 Aula 10:30–11:50 Conversi Aula 10:30–11:50 Amaldi Aula 10:30–11:50 Magna Aula 10:30–11:50 10:00–10:30 2008 29, August Friday, :01:0Al 6 Aula 8:40–10:00 4 Aula 8:40–10:00 3 Aula 1 8:40–10:00 Aula 8:40–10:00 Conversi Aula 8:40–10:00 Amaldi Aula 8:40–10:00 Magna Aula 8:40–10:00 rz Closing + Prize 4 Plenary FRIPL: Socio-Economic of Dynamics Systems - Systems Com- plex and Socio-Economic of Physics II Highly- FRI2F6: Superconduc- Criticality Quantum Tc and High and tivity - Systems Superconductivity Correlated Low- Electronics FRI2F4: Magneto II Nano- - Materials and Magnetism Nanowires, FRI2F3: Interface - Life particles Physics Surface, & Dimensional Physics XII FRI1F: Physics Biological Polymer and Sciences Joint Low-FRI2C: Systems Dimen- Low sional - and Physics Semiconductor FRI2A: Properties Interface Electronic IV - Physics Surface, Dimensional FRI2M: Break Coﬀee Socio- in Self-Organization Systems - Economic Systems Com- plex and Socio-Economic of Physics I Highly- FRI1F6: Superconduc- Criticality Quantum Tc and High and tivity - Systems Superconductivity Correlated Electronics FRI1F4: Magneto I Life - Materials Magnetism & FRI1F3: Exhibitors from Physics Talks XI FRI: Physics Biological Polymer and Sciences Joint Quantum Low-FRI1C: - Physics Optics and Semiconductor FRI1A: Properties Structure Interface Surface Electronic and - Physics Surface, Dimensional FRI1M: · rgam taGlance a at Programme

At a Glance The use of — , Karin Nienhaus — Statistical Mechanics of Mesoscale simulations of Neutron Experiments in An Electron Molecule in a Structure and assembly of , Isabel Fernandez-Torrente, Early signatures of s and d — Ferromagnetic GaN by rare — Supramolecular plastics and — Understanding the Structure Science and Challenges at the — Nanoscience for the Conserva- Current-induced Domain Wall — New Results on Magnetoelectric — , Yves Acremann, Bartel Van — — Characterization of magnetizati- — — — — , Ulf R. Pedersen, Nicholas Bailey, — Annemie Adriaens , Sukhdeep Dhillon, Stefano Barbieri ¨ uller aui ¨ ”Strong pressure-energy correlations in Scanning tunneling spectroscopy of molecu- Mark Dowsett, Plenary and Invited Talks at a Glance · THz transfer on an optical carrier Infrastructural Facilities for CulturalTUE3F3.1: Heritage Research Tolek Tyliszczak Waeyenberge, Hermann Stoll — on dynamics by scanningTUE3F6.1: transmission x-ray Riccardo microscope Zecchina symmetries in high temperatureWED1F3.1: superconducting copper Andreas oxides Wieck earth implantation WED1F4.1: HenrikQuantum Ronnow Spin Systems WED1F6.1: Jeppe C. Dyre Thomas B. Schrøderthe — thermal equilibrium fluctuationsconsequences” of model liquids:WED1C.2: Cause and GerdProtein-Ligand Interactions Ulrich in HemeWED2A.1: Nienhaus Proteins Carlo Sirtori — membrane proteins in nativecopy membranes (AFM) by atomic forceTUE3F1.1: micros- Steiner Trees TUE3F1.2: Pierro Baglioni tion of Cultural Heritage WED1M.1: Jose Ignacio Pascual TUE1F6.1: Francesco Sette European Synchrotron Radiation Facility TUE2C.1: Roland G.polymers Winkler in external fields TUE2F1.1: James F. Scott Multiferroics TUE2F3.1: Mathias Kl Dynamics TUE3M.1: Stefanoand Fabris Function of Self-Assembled OrganometallicComputer Nanomaterials Modeling by TUE3C.1: Simon Scheuring Katharina Franke — lar donor-acceptor assemblies WED1A.1: Massimo Rontani Quantum Dot: Theory and InelasticWED1C.1: Light Scattering Ludwik Experiments Leibler self-healing rubbers WED1F1.1: K. Alex M 9:00 Aula 3 9:00 Aula 4 9:00 Aula 6 9:40 Aula Conversi 9:00 Aula Magna 9:00 Aula Amaldi 9:00 Aula Conversi 9:00 Aula 1 9:40 Aula 6 14:40 Aula 3 14:40 Aula 6 11:30 Aula Amaldi 14:40 Aula 1 15:20 Aula 1 Wednesday, August 27, 2008 11:30 Aula Conversi 11:30 Aula 1 11:30 Aula 3 14:40 Aula Magna 14:40 Aula Conversi 14 — Vibratio- org¨ Baschnagel J Molecular Organisation , M. Pósfai,T. Kasama Electronic and Magnetic Graphene: A new bridge Molecular Recognition of Unraveling the electronic — — — alkali fullerides — Surface state in self-organized , Marc de Boissieu — Quantum Hall Fluids: New In- 60 , Ivan Marcos-Campos, Laura Magnetic tunnel junctions , Yannick Fagot-Revurat, Bert- , Romain Mari, Florent Krzakala Interfaces in Hierarchical and Fi- , Mark Welland, Christopher Dob- C — 3 Spintronics: Fundamentals and Re- — — A , Massimo Capone, Michele Fabrizio, Magnetic Hyperthermia for Biomedical — , Joel Mesot — Strongly correlated superconductivity and Simone Peter, Hendrik Meyer, Physical aspects in protein aggregation Jamming versus Glass Transitions Magnetic Microstructure of Closely-Spaced Ferrimagnetic Cry- MONPL.1: Rafal Dunin-Borkowski — stals in Magnetotactic Bacteria MON1M.1: Trolle R. Linderoth nanostructurated surfaces TUE1C.1: Tuomas Knowles son — on Surfaces Studied bynamics UHV-STM: Reactions, Chirality andMON1A.1: Dy- Aron Pinczuk sights from Optics MON1C.1: nite Dimensional Spin Glasses. MON2C.1: Anna Niedzwiecka — TUEPL.1: Albert Fert cent Developments TUE1M.1: Daniel Malterre rand Kierren, Didiot Clément — TUE1F1.1: Marek Mihalkovic Slow Dynamics and Glass TransitionMON1F1.1: in Simulated Thomas Polymer Films Pichler Excitations of High-Temperature Cuprate Superconductors Probed by ARPES and NeutronMON1F6.1: Scattering Silvio Franz the mRNA 5’- andMON2F1.1: 3’-end Mikhail Structures Katsnelson bybetween Proteins condensed matter physicsMON2F6.1: and Jorge quantum electrodynamics Kurchan nal Properties of Icosahedral QuasicrystalTUE1F3.1: Paulo in Freitas Mg–Sc–Zn Alloy TUE1F4.1: Erio Tosatti Claudio Castellani — Mott transition of expanded structure of functionalized singleMON1F3.1: wall carbon Gerardo nanotubes Goya Applications MON1F4.1: Ming Shi As´ın,Teobaldo Torres, Fanny de la Iglesia,Moros, Valeria NicolásCassinelli, Javier Grazú,Maria Godino,Tres, Ariel M. Ricardo Silber, Ibarra Alejandro — General Conference of the Condensed Matter Division of the European Physical Society nd 22 9:40 Aula Conversi 9:40 Aula 1 9:40 Aula Magna 8:45 Aula Magna 9:40 Aula9:40 3 Aula 4 Plenary and Invited Talks at aMonday, August Glance 25, 2008 14:15 Aula Magna 15:10 Aula Magna 15:10 Aula Amaldi 15:10 Aula Conversi 16:50 Aula Conversi Tuesday, August 26, 2008 15:10 Aula 1 15:10 Aula 6 16:50 Aula 1 16:50 Aula 6 15:10 Aula 3 15:10 Aula 4

At a Glance hrdy uut2,2008 28, August Thursday, Magna Aula Magna 17:00 Aula 15:35 44 uaConversi Aula 14:40 Magna Aula 14:40 Magna Aula 14:50 1 Aula 11:30 Conversi Aula 11:30 44 ua6 Aula 14:40 6 Aula 11:30 Conversi Aula 11:30 :5Al Magna Aula 8:45 :0Al Conversi Aula 9:40 Amaldi Aula 9:40 Magna Aula 9:40 :0Al 6 Aula 9:40 4 Aula 9:40 22 nd eea ofrneo h odne atrDvso fteErpa hsclSociety Physical European the of Division Matter Condensed the of Conference General HP.:AtieGeorges Antoine THUPL.1: Physics Klitzing von Klaus EPS14.2.1: Dosch Helmut EPS14.1.2: Flatland Carbon of gic H3.:Ja Colmenero — Juan Kellogg ripening THU3C.1: Richard Ostwald using Leeman, Mil- purification Michel Alessia Chiral Kaptein, Blackmond, Bernard Donna lemaggi, Izumi, Toshiko Enckevort, van Vlieg Elias THU3M.1: Networks in Russell Thomas graphene THU1C.1: to GaAs from dots: — Ensslin Klaus G Stampfer, stoph Johannes Schnez, Stephan Ihn Thomas THU1A.1: Transitions Phase and Fluctuations, lattices. optical — in Bertel fermions Erminald ultra-cold THU1M.1: atoms: and light with micron the at forming Geim Andre plastic EPS14.1.1: of problem the scale and bursts, strain Zaiser, Michael WED2F1.1: dynamics tein Weik Martin WED2C.1: ino trigflcs neprclivsiaino olcieani- collective of investigation behaviour. empirical mal an flocks: starling of tion Giardina Irene THU3F6.1: Blends lymer Reichardt Joerg THU2F6.1: polymers — cyclic Rubinstein of Michael mics Roovers, Cho, Jacques Donghyun Chang, Richter, Taihyun Dieter Pyckhout-Hintzen, Wim Lang, el Vlassopoulos risk Dimitris investor’s THU2C.1: measure to tool a Ciliberti Stefano Coulomb THU1F6.1: — and Capone electron-phonon Massimo between Castellani, play Claudio Koch, Erik vanni, Gunnarsson Top-Down Meeting Olle Bottom-Up THU1F4.1: Copolymers: Block of Assembly n-iesoa hsc nSrae:Cag est Waves, Density Charge Surfaces: on Physics One-Dimensional ahenWo,DulsTba,Guep Zaccai, Giuseppe Tobias, Douglas Wood, Kathleen eecCio,CrsinMt,Dne Weygand, Daniel Motz, Christian Csikor, Ferenc — tfn Zapperi Stefano h opigbtenhdainwtradpro- and hydration-water between coupling The i orun uoMee,Willem Meekes, Hugo Noorduin, Wim , io utvsn hmsM Thomas Gustavsson, Simon , otaNvslv— Novoselov Kostya , tigr rnos oio,Chri- Molitor, Francoise uttinger, ¨ — — lxne ezl nioDoná Enrico Menzel, Alexander , — — — lvrR Oliver , lcrnctasoti quantum in transport Electronic 01-Oysyi Nanospace in Odyssey - 2011 — — he-iesoa reconstruc- Three-dimensional yaiso smercPo- Asymmetric of Dynamics lc-tutr n Function and Block-Structure — ietdSl-retdSelf- Self-Oriented Directed h tc pinmre as market option stock The ihe anso,Micha- Kapnistos, Michael , — odne atrphysics matter Condensed esfo unu Hall Quantum from News ilcto avalanches, Dislocation sh iri Sangio- Giorgio ¨ osch, rpee Ma- Graphene: Dyna- Inter- uller, ¨ 15 20 uaMagna Aula 12:00 6 Aula 10:30 Conversi Aula 10:30 rdy uut2,2008 29, August Friday, :0Al 6 Aula 8:40 4 Aula 8:40 3 Aula 8:40 Conversi Aula 8:40 Amaldi Aula 8:40 Magna Aula 8:40 nihsfo rtpicpe simulations principles first from insights Selloni Annabella FRIPL.1: games language to Baronchelli Andrea FRI2F6.1: transporters and channels chloride Pusch Michael FRI2C.1: modeling Kertesz Janos FRI1F6.1: resolution high oxides. Ghiringhelli by measured metal transiton Giacomo insulating in FRI1F4.1: properties dielectric and tic — Simon Charles Martin, Christine dys, Maignan Antoine FRI1F3.1: Polymers Bulk in Melting Strobl Gert FRI1C.1: technology information tum Shields Andrew FRI1A.1: Vibrations and Dif- fusion Changes, Conformation Microscopes: Tunnelling Scanning by Hofer A. Werner FRI1M.1: · lnr n nie ak taGlance a at Talks Invited and Plenary — L asCnrligCytliainand Crystallization Controlling Laws tA.— Al. Et , — 3 — deRX ncpae n nNiO in and cuprates in RIXS edge — ipyia ehnsso CLC of mechanisms Biophysical — aai eld,Bha Kun- Bohdan Bellido, Natalia , aopooi eie o quan- for devices Nano-photonic rai oeue nsurfaces: on molecules Organic — yai rcse Observed Processes Dynamic ttsia hsc approach physics Statistical oilntok n their and networks Social — opigbtenmagne- between Coupling antcexcitations Magnetic

At a Glance — Aula 1 — Faculty of Physics, Univer- Thomas Pichler MON1F1.1 (Invited)Unraveling the electronic structuretionalized of func- single wall carbon nanotubes 15:10 15:10 – 16:30 MON1F1: Materials -Chair: Carbon H. Nanotubes Kuzmany,Austria University of Wien, Wien, • sity of Vienna, Strudlhofg.tria 4, 01090 Vienna, aus- Examples of the electronicalized properties SWCNT of using function- higha energy probe spectroscopy as willence be of presented, basic emphasizing correlation thetions effects, on influ- local their field (metallic) correc- ground state. , Monday 25 August 2008 · — In- Simone Peter — ¨ org Baschnagel J • , and Aula Conversi 15:10 – 16:30 MON1C: JointSciences Biological and Physics PolymerChair: Physics & I G. Life Strobl, FreiburgGermany Universität, Freiburg, MON1C.1 (Invited)Slow DynamicsSimulated and Polymer Films GlassHendrik Meyer Transition in 15:10 stitut Charles Sadron, Strasbourg, France By computer simulationssion we of explore the the glassstanding depres- transition and temperature supported forpression polymer freely results films. fromhanced This dynamics, a de- induced by smooth the gradient interfaces. of en- 16 — Columbia Univer- Aula Amaldi Aron Pinczuk • — 15:10 – 16:30 MON1A: Semiconductortum Physics Hall - Quan- Chair: J.C. Maan,jmegen, The University Netherlands of Nijmegen, Ni- MON1A.1 (Invited)Quantum Hall Fluids:Optics New Insights from 15:10 sity, Dept. of Appl.ics and Physics Dept. & Appl. ofQuantum Physics, Mathemat- New Hall York, liquids NY, supporttion USA modes low-energy that excita- manifestfundamental emergent physics interactions. due to Inelasticing light experiments scatter- atthese very modes low temperatures todimensionality. access explore novel physics in reduced M. , 1 — In- Center for Elec- 1 — General Conference of the Condensed Matter Division of the European Physical Society 3 Department of Materi- 3 nd 22 Trolle R. Linderoth Aula Magna • Rafal Dunin-Borkowski • T. Kasama — — , and 2 ´ osfai Department of Earth and Environmental Sci- als Science andbridge, Metallurgy, Pembroke University Street,United of Kingdom Cambridge Cam- CB2 3QZ, Off-axis electron holographyelectron in microscope is the used transmission toremanent states image and the magnetization magnetic reversalanisms, mech- and to measure thearrangements magnetic of moments, of ferrimagneticthesized nanocrystals by magnetotactic syn- bacteria. MON1M.1 (Invited)Molecular Organisation onied by Surfaces UHV-STM: Reactions, Stud- ChiralityDynamics and 15:10 15:10 – 16:30 MON1M: Surface,Dimensional Physics - Interfaceganic Self Layer Assembled and Or- Chair: Low- J.I.Berlin, Germany Pascual, Freie Universität Berlin, terdisciplinary Nanoscience Center (iNANO)Department of and Physics and Astronomy, University of Aarhus Molecular surface structures stabilised byatively compar- strong covalentsynthesised intermolecular bonds in are Ultraterised by High Scanning Tunneling Microscopy. Vacuumadsorption Chiral and structures and charac- aswitching novel, mechanism dynamic is chiral furthermore described. tron Nanoscopy,mark, Technical DK-2800 University2 Kongens of Lyngby, Den- ences, Denmark — University158, of H8200 Veszprém, POB Veszprém Hungary — P 14:00 – 14:15: Opening 14:15 – 15:00 MONPL: Plenary 1 Chair: Lucia Sorba,Pisa, Italy Scuola Normale Superiore, MONPL.1 (Plenary)Magnetic Microstructure of Closely-Spaced Ferrimagnetic CrystalsBacteria in Magnetotactic 14:15

Monday fMTt nuecl death. cell the induce of to effectiveness MHT location the of and final effects, toxicity the the studied particles; unicellular We on therapies organisms. possible evaluate to were done experiments (MHT) hyperthermia SãoMagnetic Paulo. Brazil. São Paulo, de Universidade Biomédicas, estro’oaoBea,SnJa oc 15, — Bosco Juan Spain. San — Blesa’, Zaragoza, 50009- ’Lozano 12, versitario Cerbuna Spain. Pedro Zaragoza, Zaragoza, of versity 1 r Tres dro Godino Javier Graz Torres Marcos-Campos O131(nie)15:10 Biomedical for Applications Hyperthermia Magnetic (Invited) MON1F3.1 Lawrence USA Orlando Laboratory, Ernest National Berkeley Tyliszczak, T. Chair: Nanopar- ticles Magnetic - Magnetism MON1F3: 16:30 – 15:10 aocec nttt fAao IA,Uni- (INA), Aragon of Institute Nanoscience u ´ 1 1 , , ai Moros Maria 2 an el Iglesia la de Fanny and , — 2 2 , , 22 ua3 Aula .RcroIbarra Ricardo M. • ar As Laura re Silber Ariel ead Goya Gerardo nd 1 2 , 3 optlCiioUni- Clinico Hospital nttt eCiências de Instituto eea ofrneo h odne atrDvso fteErpa hsclSociety Physical European the of Division Matter Condensed the of Conference General Nicol ´ ın sCassinelli as ´ 1 , 3 1 , , Teobaldo 1 Alejan- Valeria , 1 Ivan — 1 , O141(nie)15:10 Scat- Neutron and of tering ARPES by Probed Excitations Superconduc- tors Magnetic Cuprate High-Temperature and Electronic (Invited) MON1F4.1 Italy Trieste, SISSA, Tosatti, Supercon- E. Tc Chair: High I - ductivity Highly- Systems and Correlated Superconductivity MON1F4: 16:30 – 15:10 nstoi cteigwl ediscussed. super- be de- will and the doping scattering excitations of anisotropic incoherent its vs shape pre- and coherent the pendence, be parameter as will order such conducting LSCO Issues on sented. obtained results Recent Switzerland Institute, Scherrer Paul Source, Light — Switzerland Villigen, Institute, Scherrer — • igShi Ming ua4 Aula 2 and olMesot Joel 1 — 2 1 Swiss Paul 17 h he iesoa model. dimensional and three glasses the and spin of hyerarchical analytical fluctuation for present results will against numerical I stabil- phase the parameter. glass order study spin the to the method of new ity a describe will I France Paris, 11, Université Paris-Sud LPTMS O161(nie)15:10 Di- Finite Glasses. and Spin Hierarchical mensional in Interfaces (Invited) MON1F6.1 Turin, Torino, Italy di Off- Politecnico Zecchina, R. Glasses and Spin Chair: - Disordered Systems Equilibrium Liquids, MON1F6: 16:30 – 15:10 ua6 Aula — • ivoFranz Silvio · — ody2 uut2008 August 25 Monday

Monday — Leibniz Laszlo 2 Ladislav Barbara , , 2 , J. Heyrovský 2 , 1 1 1 , and 1 — 2 C on numerous func- ◦ Jin Won Seo Aula 1 , 1 Martin Kalbac • Marijana Mionic Lothar Dunsch IPMC, EPF Lausanne, Switzerland 1 — , 3 , University of Szeged, Hungary 1 — 3 , and 1 1 ´ ely MTM, Katholieke Universiteit Leuven, Bel- 2 Arnaud Magrez Forro — gium — 16:30 – 16:50: Coffee Break MON1F1.2In-situ Raman spectroelectrochemistry:method of a choicetructures to studyKavan carbon nanos- Institute of Physical Chemistry,ences Academy of of the Sci- 182 Czech 23 Republic, 3,Institute Prague Dolejˇskova CZ- of 8, SolidHelmholtzstr. Czech State 20, and Republic D - Materials — A 01069 Research, detail Dresden, analysis Germany of theing behavior electrochemical of 15:50 SWCNTs doping dur- attention is has been presented. paidRaman to Special the tangential development mode. of the MON1F1.3Anthe equimolar synthesis• C2H2-CO2 ofKorb reaction Carbon in Nanotubes We will showan equimolar proportion that (C2H2/CO2=1) provides outstanding mixing kinetics of C2H2 the carbonthesis and nanotubes reaction syn- 16:10 CO2 belowtional in 500 materials withoutpre-activation any step. demanding catalyst Monday 25 August 2008 · Bereket , and Mikael Heden- , — Experimentalphysik II, Ulf Gedde • Aula Conversi ¨ ossler — Alessandro Mattozzi — Fibre and Polymer Technology, School , Ernst R • 16:30 – 16:50: Coffee Break MON1C.3Small-molecule diffusion inpolymers semicrystalline 16:10 MON1C.2Crossover from glassy to polymer- dynamics New perspectives from— field cycling NMR 15:50 qvist Neway of Chemical Science and Engineering,tute Royal of Insti- Technology, SE-100 44 Stockholm,Diffusion Sweden ofhexene)s with n-hexane differentcrystallinities comonomer has contents in been and studiedperiments, by poly(ethylene-co-1- X-ray desorption ex- scattering,spectroscopy, molecular dynamics NMR simulation, and random-walk and simulations based Raman on computer-built spherulitic structures. Universitaet Bayreuth, 95440 Bayreuth, Germany We apply fieldcrossover from cycling glassy NMR throughdynamics Rouse to in to polymers investigate reptation withular the broad weights. range of The molec- is segmental probed correlation over function six decades in amplitude. 18 Al- , , and Aron 1 1 , Biswajit 1 • Loren N. NEST CNR- — 1 , 3 — Bell Laboratories, 3 3 Yury Pusep • — T = 1. Instituto de Fisica de São Aroldo Arakaki Centre for Scientific Com- 1 2 , nu 3 , — \ 2 1 Dept. of Appl. Phys. And Aula Amaldi Ken W. West 2 Vittorio Pellegrini Brian S. Dennis Departamento de Fisica Fundamen- 3 , 1 , , and 3 , 3 2 T=1. The evidence is based on measure- nu Pfeiffer INFM and ScuolaPisa, Normale Italy Superiore,Appl. — I-56126, Math.,versity, New Dept. WorkAlcatel-Lucent, 10027 Murray of — Hill, Phys., New Jersey ColumbiaWe 07974 Uni- showtransition that separatescomposite-fermion an a metal excitonic first-order in\ phase electron from quantum bilayers a at phase Pinczuk 16:30 – 16:50: Coffee Break berto Rodriguez MON1A.3Quantum phase transitionfermion to a phase composite- tal in filling electron factor Karmakar bilayers at to- 16:10 ments of low-lyinglight collective scattering. modes by inelastic MON1A.2Quantum HallAlGaAs effect superlattices in randomCarlos de GaAs/ Souza Carlos, Universidade de SãoPaulo, 13460-970 São Carlos, SP, Brazil. — puting, University of7AL, UK. Warwick, — Coventry,tal, CV4, Universidad de Salamanca, 37008,Spain. Salamanca, Stability of thein 15:50 quantized weakly Hall coupled GaAs/AlGaAs phasesfunction multilayers is as of a studied theby interlayer the correlations interlayer controlled variation tunneling of the and well thicknesses. by the random Ed- Lisa Maur- , Michel , 1 , and , 3 — Physiscs 2 ´ e Tiziana Svaldo- , General Conference of the Condensed Matter Division of the European Physical Society Mirko Prato , Insituto Superior Tech- Institut Charles Sadron, 4 3 nd Synchrotron SOLEIL, Saint Institut des NanoSciences de 1 Philippe Fontaine 22 Ranieri Rolandi 2 • • Aula Magna — 4 — Marie-Pierre Krafft Marie-Claude Faur , and , 2 , Amanda Penco 2 , , 1 Ornella Cavalleri Strasbourg, France — nico, Lisboa, Portugal Using Grazing Incidence Smalltering, Angle X-ray we Scat- demonstrateers that on Langmuir the monolay- nes water (CnF2n+1CmH2m+1) surface exhibits of annetwork Semifluorinated hexagonal of alka- nano-domains with(30nm). a large parameter Paris, Paris, France — 16:30 – 16:50: Coffee Break Department, University of Genoa, Genoa,Molecular Italy layers patternedtending at over the the nanoscale, microscopictained scale, ex- have upon been ob- proteins adsorption and of polyelectrolytesbic onto commonly the and hydropho- available long-rangegraphite (HOPG). ordered surface of pyrolytic Aubin, France — izio Canepa MON1M.3Highly OrganizedMonolayer Semifluorinated Alkane Bardin Goldmann uardo Filipe 16:10 MON1M.2Nano-patterns formed by unfolded proteins and polyelectrolytes on— pyrolytic graphite Lanero 15:50

Monday h atce n h tanwsdtrie by determines was strain the of XRD. and Small- size Average particles and (SAXS). the Scattering (SANS) X-ray Scattering Small- Angle by Neutron mag- investigated been Angle nanoscale have with particles netite filled elastomer Stomaflex Mag- and Romania Electricity Timisoara, netism, of Department Timisoara, sr,Aaeyo cecso h zc Re- Czech the — of Prague Sciences of public, Academy Romania istry, — Iasi, many Physics, Technical — for opment — Russia Dubna, Bica 63 65:CffeBreak Coffee 16:50: – 16:30 Romania 16:10 Bucharest, Engineering, — Nuclear and Lozovan Mihai Anitas Mircea Eugen SANS magnetite by SAXS investigated of and elastomers microstructure doped Magnetic MON1F3.3 15:50 anisotropy. magnetic of magne- increase saturation and enhanced tization 30 by (below accompanied temperature frozen low K) a at to state transition like magnetic spin-glass a proof communication evidence this vide in presented C.P. results Italy CNR. The (Roma), - Stazione Materia Monterotondo 00016 della 10, Struttura di Istituto ticles nanopar- CoFe2O4 mag- ultra-small enhanced in netization and freezing like Spin-glass MON1F3.2 Plestil Craus Liviu 4 3 KSFrcugznrm eshct Ger- Geesthacht, Forschungszentrum, GKSS ainlIsiueo eerhadDevel- and Research of Institute National 6 — — 5 , • 5 1 lxne Kuklin Alexander aiePeddis Davide nttt fMcooeua Chem- Macromolecular of Institute on nttt fNcerResearch, Nuclear of Institute Joint — 1 , 3 3 , • , ai Balasoiu Maria 2 aieTripadus Vasile 22 ainlIsiueo Physics of Institute National ua3 Aula ay Haramus Vasyl 6 h etUiest of University West The nd 1 , nra Schreyer Andreas eea ofrneo h odne atrDvso fteErpa hsclSociety Physical European the of Division Matter Condensed the of Conference General and 1 ioFiorani Dino , alErhan Raul 1 2 , and , 2 4 , , Mihail- Josef Ioan — 4 1 , , 63 65:CffeBreak Coffee 16:50: – 16:30 16:10 Strongly-Correlated in Superconductors Scales Energy Two MON1F4.3 prop- superconducting and erties. normal these the of relevance for optical) the results discuss (neutron, will 15:50 We spectroscopies doping. evolu- with several the of explain tion of that modes cuprates collective of inhomogeneous computations show will We Germany Cottbus, 101344,03013 states cuprates inhomogeneous in of modes Collective MON1F4.2 vni h nuaigsae hl h ml one small the while half-filling. state, at insulating vanishes finite the remains strongly in scale of even large The phase systems. superconducting correlated the scales in energy two (gaps) of existence general the show We Rome, Italy I-00185, Rome, 19, Italy Taurini I-00185, dei ”La Via 2, Rome ISC-CNR, Moro and of A. University P.le Sapienza”, and CNR-INFM SMC “La Italy Roma, Roma 00185 2, di Moro — Aldo Studi P. degli Sapienza”, Università Fisica Seibold 2 ntttfu hsk T otu,PBox Cottbus, BTU Physik, für Institut 2 — — 1 M-NM S-N,Dp di Dip. ISC-CNR, SMC-INFM, • Jos ua4 Aula — Lorenzana e ´ • asm Capone Massimo 1 and Goetz — 19 O16215:50 in Cotallo Glasses Spin Maria Ising dimensions of three dynamics Aging MON1F6.2 63 65:CffeBreak Coffee 16:50: – 16:30 16:10 de- law power interactions with caying glasses spin 1-d Diluted MON1F6.3 i Parisi gio Martin-Mayor Mantovani ippo Guidetti Marco Fernandez Antonio and Perez-Gaviro Navarro Denis ffc fapyn antcfil spresented. is field magnetic The a applying approximation. of mean-field effect the of breaking out symmetry replica theory dy- the and for evidence static alge- namic finding with interactions model decaying glass spin braic 1-d diluted a study We — Spain. Badajoz,* Italy Rome, 3 ”Sapienza”, — Università Italy Fisica, Rome, INFM-CNR, ti Schifano Fabio Sebastiano fa xeieto elsample. real the a on 10 on experiment simulation order an to our of correspond of supercomputer scales Janus time The numer- investigated ically. three-dimensional is the model of Edwards-Anderson behavior aging The — (Spain) Badajoz (Spain) 06071 Zaragoza tremadura, 50018 Univer- Zaragoza, 7 (I3A), Aragón de de sidad Ingenieria — en gación (Spain) — Complutense, Madrid Universidad 28040 (Spain) I, Teórica F´ısica de — Zaragoza (Italy) Roma 00185 Sapienza”, 50009 Com- (BIFI), 4 Sistemas de F´ısica plejos — — y Biocomputación (Spain) (Italy) de Zaragoza 50009 Ferrara Zaragoza, 44100 Ferrara, 2 di versità ccione Yllanes eatmnod `sc,Ui.Extremadura, Univ. F`ısica, de Departamento eatmnod ´sc,Uiesddd Ex- de Universidad F´ısica, de Departamento ”La Roma Università di Fisica, di Dipartimento F´ısica de Teórica, de Universidad Departamento 2 , 3 , Juan-Jos los Tarancon Alfonso 1 , 5 oeLi Velasco Luis Jose — 1 , 2 , 2 Ruiz-Lorenzo e ´ , 1 3 3 , iatmnod iia Uni- Fisica, di Dipartimento 6 , eeioRicci-Tersenghi Federico 5 1 1 2 , , unJssRuiz-Lorenzo Jesus Juan , , , 3 • ua6 Aula , noi Mu Antonio iri Parisi Giorgio noMarinari Enzo nraMaiorano Andrea — 3 — , nrsCruz Andres 5 rnec Belletti Francesco , • noi Gordillo Antonio uaLeuzzi Luca 2 6 , nttt eInvesti- de Instituto 3 1 , , 2 afeeTripi- Raffaele ail Sciret- Daniele 2 iatmnodi Dipartimento , 5 3 3 Departamento noz-Sudupe ˜ and , — 4 4 2 , , 3 , 1 Instituto 3 1 Victor , , Sergio , 1 3 David Gior- SMC- , Luis Fil- − 3 ± · , 1 1 7 2 5 7 J ody2 uut2008 August 25 Monday s , , , , ,

Monday Mar- — In- and Aula 1 Mikhail Katsnelson — Max Planck Institute for • Grigory Tkachov • — — tina Hentschel the Physics of Complex38,D-01187 Systems, Dresden, Noethnitzer Germany St. We present ainteger novel quantum theoretical Hall realizationelectron effect system of in with an amagnetic a massless chiral field. Dirac- boundary Into in zigzag-terminated a particular, graphene. zero our findings apply MON2F1.2Surface quantumcumulation Hall state innetic and graphene field spin in ac- a zero mag- 17:30 16:50 – 18:30 MON2F1: Materialsnamics of - Graphene (Shared Stabilityductors with Physics) Semicon- and Dy- Chair:Physics A. Toernooiveld, Fasolino,lands Njimegen, Institute The of Nether- MON2F1.1 Theoretical (Invited)Graphene:densed A matter new physicstrodynamics and bridge quantum betweenstitute elec- for con- University Molecules Nijmegen, andNetherlands 6525 Materials, AJ, Radboud Nijmegen,A The review 16:50 ofcharge ”quantum carriers relativistic” indone, single- dynamics and with of bilayer acorrugations graphene special of is graphene emphasize sheets. of the effects of , , Monday 25 August 2008 3 3 · Maq- Anna • Marco , 3 — — Massimiliano Luc Moens Department of 1 , Liesbet Thijs 5 , , 6 2 — 1 Department of Physics, 2 Sylvia Dewilde , 4 Paolo Ascenzi Aula Conversi — Biological Physics Group, Insti- , 4 Department of Microbiology, Snyder Chiara Ciaccio 4 Alessandra Pesce , , 6 1 Martino Bolognesi • Department of Biomedical Sciences, University Nardini sudul Alam MON2C.2Crystal structures andzation kinetic of characteri- archaealand Protoglobin: diffusion paths novel to lig- theJennifer heme A. Saito 17:30 16:50 – 18:30 MON2C: JointSciences Biological and Physics PolymerChair: Physics & II Life C.Italy Cecconi, S3 INFM-CNR, Modena, MON2C.1 (Invited)Molecular Recognitionand of 3’-end Structures the byNiedzwiecka Proteins mRNA 5’- 16:50 Coletta tute of Physics,668 Polish Warszawa, Academy Poland of —Institute Sciences, Division of 02- of Biophysics, ExperimentalWarsaw, 02-089 Physics, Warszawa, University Poland of Communication between the mRNAcap terminal and 5’- mRNA 3’-poly(A) metabolism. tailbinding is by the Determinants eukaryotic crucial initiationpoly(A)-specific of factor for 4E exoribonuclease the and efficient havelyzed cap by been biophysical ana- methods. and Biomolecular Sciences andINFM, Biotechnology, CNR- University20133-Milano, of Italy Milano, — CNR-INFM Via andVia CEBR, Celoria University 26, Dodecaneso,3 of 33, Genova, of 16146-Genova, Antwerp, Universiteitsplein 1, Italy B-2610Belgium Antwerp, — — 20 An , — Insti- Francois Bart Par- • , and — Lars Samuelson • — Dieter Bimberg Hartwin Peelaers • Wim Magnus , , — Aula Amaldi Bin Li — Department of Physics, University of , MON2A.2Optical and ElectronicAssembled Properties Nanowires of Self- 17:10 MON2A.3Impurities in Self-Assembled Free-Standing Semiconductor Nanowires toens Slachmuylders Peeters Antwerp, Belgium We performed ab initio andtions effective to mass calcula- study theshallow localization impurity of states dopants in andductor free-standing the nanowires. semicon- Alsoto the determine the phonons stability are 17:30 of studied these wires. 16:50 – 18:30 MON2A: Semiconductor PhysicsFocus - Invited Symposium:tronic Properties oftum Self-Assembled Optical Dots, Quan- RingsChair: and and Wires J.Belgium T. Elec- Devreese, Universiteit Antwerpen, MON2A.1Controlled VariationStructure Splitting in of Single Quantumfor Dots Future Excitonic Single Q-bit andton Fine Entangled Pho- Emitters tut Technische fürFestkörperphysik, Universität Berlin, Hardenbergstraße 36,many 10623 Berlin, Ger- The excitonicInAs/GaAs fine-structure quantum splitting dotsboth (QDs) in experimentally is and single investigated tuned theoretically. by QD It size cantrically 16:50 and be ex-situ driven annealing. single-photonstrated. An elec- emitter is demon- — Lund University, Solid StateSE-221 Physics, 00 Box Lund, 118, Sweden Nanowires aremethod, by formed whichbe ideal via formed. 10nm-scale In devicesof a this may growth, talk is optical self-assembling applications summarized and of the III-V electronic status nanowires. properties and , , , 1 2 2 — — , 1 Al- 2 2 , , 1 , 1 2 Antonio • Laboratorio 3 Dipartimento — Luca Flore- 1 , 2 Mirco Chiodi — Andrea Ferret- • Carlo Mariani Rosa Di Felice • 1 , , Luca Gavioli — 2 General Conference of the Condensed Matter Division of the European Physical Society 3 Laboratorio Nazionale — 2 Elisa Molinari Luca Floreano nd , , and 22 2 2 Aula Magna , and 2 , Flavia Crispoldi 1 , 1 INFM-CNR-S3, Natl. Center on nanoS- 2 Alberto Verdini Arrigo Calzolari , Maria Grazia Betti , 3 2 , 1 Dipartimento di Fisica and CNR-INFM, Univer- Dipartimento di Matematica e Fisica, Università Dipartimento di Fisica, Universitàdi Modena e di Fisica, Universitàdiazzale Roma Aldo2 La Moro Sapienza, Pi- 2,sitàdi Modena I-00185 e Roma,213/A, Reggio I-41100 Emilia, Italy Modena, Via — G. Italy Campi — and TASC CNR-INFM, BasovizzaIT-34012 SS-14, Trieste, Km Italy 163.5, Core-level and STMsurface data on show pentacene/Cu(119) thatorder substrate-induced substantially long-range layer, as decreases the molecule-metalChanges above interaction of weakens. core-level thefor lineshape the annealed first and multilayer morphology are discussed. berto Morgante 1 Cattolica del Sacro25121 Cuore, via Brescia, dei Italy Musei 41, — IT- ano Albano Cossaro Alice Ruini MON2M.3Alkali metal-doped copper-phthalocyanine: from single layerCalabrese to thin film 17:30 ti MON2M.2First principles study of aromaticon molecules Copper substrates 1 Reggio E., viaItaly Campi — 213/A, IT-41100tructures Modena, and bioSystems at213/A, Surfaces, IT-41100 Modena, via Italy Campi By combining experimentalproaches, and we study 17:10 theoreticalon copper the ap- to adsorption investigate thematic of coupling between molecules pentacene aro- anddemonstrate metal electronic surfaces. mixing between Ourorbitals molecular and results metal states. MON2M.1Long-range orderPentacene/Cu119 and interaction interfaceScanning of Tunneling studied the and X-ray spectroscopy Microscopy by (STM) 16:50 16:50 – 18:30 MON2M: Surface,Dimensional Physics - InterfaceChair: Organic Interfaces P. and Fontaine,Aubin, Synchrotron SOLEIL, France Low- Saint

Monday ntaeteI ufc deconstruction. surface also Ir should (5x1) the no presence initiate are reconstructed Their but magnetism, ferromagnetic. a lose longer not on do surface adsorbed Ir(100) chains dou- Fe that ble show calculations functional Density Italy Trieste, con- a d0-ferromagnetism. propose TC high and to reached way be trolled temper- indeed Curie high can extremely ature that non show We for ox- in ides. study ferromagnetism theoretical induced impurity detailed magnetic a present Republic We Czech Praha, CZ-18040 2, vance France 9, Cedex Grenoble 38042 — 166, BP UJF, Nosov Alexandre O23317:30 de- chains 2 Tosatti Erio Fe surfaces Ir(100) Mazzarello coupled on posited of Magnetism MON2F3.3 17:10 — (France) Maca Kudrnovsky impu- magnetic rities. without Ferromagnetism MON2F3.2 during pressure oxygen deposition. the sig- the of ferromagnetic intrinsic irrespectively no nal, show sub- mbar 10-7 sapphire 10-1 from ranging to on pressures, PLD 16:50 oxygen by under grown strates films thin HfO2 Federation 620041, Russian GSP-170, Ekaterinburg, of str.18, Academy Kovalevskoi Russian S. the Sciences, of Division Ural Physics, Hadacek Nicolas HfO$ — of properties Magnetic MON2F3.1 of Nanoscience of Institute Goya, Spain Zaragoza, Aragón G. , I Chair: Proper- Structures Magnetic and ties - Magnetism MON2F3: 18:30 – 16:50 EORTSIF,Tise tl — Italy Trieste, DEMOCRITOS–INFM, 2 • lcrcPeoeaLb,Isiueo Metal of Institute Lab., Phenomena Electric oeMreGalera Marie Rose 2 — — 2 1 nttt fPyis SR aSlo- Na ASCR, Physics, of Institute 2 1 , 1 , ntttNe,CR Grenoble CNRS Neel, Institut , • 2 alvDrchal Vaclav ere Bouzerar Georges nraDlCorso Dal Andrea , 3 22 1 — 2 ua3 Aula , — nd 1 ireStrobel Pierre IS,Tise tl — Italy Trieste, SISSA, 1 eea ofrneo h odne atrDvso fteErpa hsclSociety Physical European the of Division Matter Condensed the of Conference General 1 ntttNel CNRS- Néel, Institut , arn Ranno Laurent 2 — $ti films thin 2$ and , • Riccardo 1 1 , , Franta 2 1 3 and , and , ICTP, Josef 1 , ecmaeotclcnutvt n Raman and conductivity optical compare Italy — Rome, We I-00185, Italy 18, Rome, Taurini dei I-00185, Via 2, Moro Piazzale Sapienza”, A. ”La Roma di Universit Fisica, 10027, 17:30 York New York, — New USA Street, 120th W. 538 136 — NJ, Jersey of New Piscataway, 2 University Road, state Frelinghuysen the Rutgers theory, tem- 1 Capone high simo of • superconductors strength copper-oxide perature correlation and response the Raman conductivity, Optical MON2F4.3 of we 17:10 properties super- cuprates. and experimental high-Tc corresponding with cuprates the state all conducting of in properties super- res- observed compare spin of mode famous possibility the onance through a pairing theoretically conducting study We France 91191, Gif-surYvette CE-Saclay, Léon Brillouin, oratoire cuprates. high-Tc • the spin in the mode resonance through pairing Superconducting MON2F4.2 16:50 un- of quantum areas samples. that magnetized derdoped to suggest related We are points. oscillations spin- nodal Fermi cen- pockets at Doped Fermi tered the small YCaBCO. exhibit phases first-principles underdoped polarized of from surface calculate We Italy University, Cagliari Dept., underdoped of Fiorentini surfaces cuprates Fermi Ab-initio MON2F4.1 Sapienza, La Università Italy Castellani, Roma, C. Supercon- Tc Chair: High II - ductivity Highly- Systems and Correlated Superconductivity MON2F4: 18:30 – 16:50 eateto hsc,Clmi University, Columbia Physics, of Department Materials for Center and department Physics uad’Medici de’ Luca Onufrieva Flora 3 M,CRIF,adDpriet di Dipartimento and CNR-INFM, SMC, — N-NMSASadPhysics and CNR-INFM-SLACS — lsi Filippetti Alessio 3 , 4 and , 1 ua4 Aula and , ri Comanac Armin nrwJ Millis J. Andrew irePfeuty Pierre and 4 • ISC-CNR, Vincenzo 2 Lab- — , Mas- 2 — — — 21 ai,Fac — France Paris, ehv rpsdt lrf h issue. the clarify models to of family proposed a have discuss We we mutual clear. whose not phenom- is solids relation two amorphous 16:50 by are displayed transitions ena glass and Jamming France Paris, 7083, Transitions Krzakala Glass rent versus • Jamming (Invited) MON2F6.1 Turin, Torino, Italy di Politecnico Zecchina, R. Chair: Equilibrium Off- of and Out Systems - Disordered Systems Equilibrium Liquids, MON2F6: 18:30 – 16:50 O26217:30 known, is possible. latter is the description analytical of an quakes. whence statistics or energy, temporal of The outbursts irreversible intermittent to) and (subordinated by controlled sys- is thermal tem aging of response off-equilibrium M The Odense DK5230 dy- 55, Campusvej aging versitet, spontaneous off-equilibrium namics and in fluctuations response Intermittent MON2F6.2 og Kurchan Jorge — • al Sibani Paolo 2 — 1 2 , C,CR M Gulliver UMR CNRS PCT, ua6 Aula 1 oanMari Romain MH NSUR7636, UMR CNRS PMMH, F,Sdas Uni- Syddansk IFK, — 1 and , Flo- · — ody2 uut2008 August 25 Monday

Monday — Lu- , — In- Vale- 3 , 2 Paolo E. • Laboratoire 3 , and 4 ´ — Ecole Polytech- Istituto di Cristallo- 4 Klaus Ziegler and European Theoretical Spec- Institut Néel,CNRS & UJF, 2 Aula 1 1 Christine Giorgetti , Massimo Ladisa 2 — , , 1 2 3 , , 1 2 Sergey Mikhailov stitute for Physics, University ofburg, Augsburg, Germany Augs- Non-linear kinetic theoryresponse of of the graphene is electromagnetic count developed self-consistent taking field intocay ac- effects. is calculated. Radiativeharmonics de- generation Conditions ofgraphene of are efficient determined. terahertz higher radiation in MON2F1.4Ab initioeffects numerical inreal free-standing GW the graphene many electronic body structure of 18:10 MON2F1.3Non-linear terahertz optics• of graphene 17:50 Trevisanutto cia Reining rio Olevano nique, Palaiseau, France — Grenoble, France — troscopy Facility (ETSF), France — des Solides - Irradiés,CNRS CEA, grafia, CNR, Bari, Italy The electron electronin dynamic correlation the effects realvestigated free by standing using graphene anapproximation. have ab been initio in- GW many body , , , Monday 25 August 2008 3 , 2 2 1 , , 1 · 1 1 Institut für 2 Enrico Fermi Center Flavio Carsughi Department of Biol- Silvia De Santis 3 Raffaele Sinibaldi , 5 • Bruno Maraviglia Dipartimento di Scienze 1 , 1 ˚ A crystal structure of an 1 — — 1 , and 2 , 1 Aula Conversi Paolo Mariani Physics Department, University of Rome ”La Francesco Spinozzi INFM-CNR SOFT, Physics Department, Uni- 1 • 2 Department of Experimental Medicine and Bi- versity of Rome2, ”La 00185 Sapienza”, Roma,Roma, Italy P.zle Italy A. — Moro We investigated bone marrownetwork in with trabecular DTI bone found and molecular AD diffusion NMRdimension anisotropy methods. to and be fractal behaviour We important of tools water interacting to with describe lipids. the Silvia Capuani — Sapienza”, P.zle A.— Moro 2, 00185 Roma, Italy MON2C.3Advanced NMRstudy diffusion boneular marrow techniques bone properties to network in trabec- 17:50 MON2C.4Proteins inof binary solvation properties solvents:neutron and interactions and an by — X-ray analysis scattering techniques 18:10 Hall 207, 2538Honolulu, The HI Mall, University 96822 of — Hawaii, Maria Grazia Ortore ogy and Interdepartmentaltron Laboratory Microscopy, for University Elec- Guglielmo Roma Marconi *Tre*,6 446, Viale 00146 Roma,ological Sciences, Italy University — gata*, of Via di Roma Tor Vergata, *Tor 135,We 00133 Ver- present Roma, Italy here thearchaeal 1.3 globin, andmap of the pathway single ofdiffusion site diatomic through ligand the mutants protein binding that matrix) (via to the heme. applicate ai Sistemi Complessi, UniversitàPolitec- nica delle Marche, Forschungszentrum, Ancona,Festkörperforschung, Jülich, Italy — Germany Aqueous protein solutionssolvents in have the been presenceSANS. investigated Data of analysis with co- allows to SAXSlibrium determine constant the and of equi- the bulk/solvation-layervent cosol- exchange and the protein-proteinpotential. interaction and 22 — As/GaAs self- Gerald Bas- x • − 1 — Ga x — TFVS, Universiteit Antwer- Aula Amaldi — LPA-ENS 24 rue Lhomond F75005 Paris Vladimir Fomin MON2A.4Quantum dotlaxation polarons:energy and levels, decoherence tard re- (France) We present calculations of thelifetime, relaxation, four spin flip wave mixingquantum signal dot (FWMS) polarons of in InAs/GaAs the QD’s. 17:50 MON2A.5Electron andand the ExcitonAssembled Aharonov-Bohm Ring-Like Energy Effect• Nanostructures in Spectra pen, Self- Belgium —The PSN, COBRA, Netherlands TUMoldova, — Chisinau, Eindhoven, Moldova PMS, StateThe electron University and exciton of energynetization spectra, and the the mag- optical-transitionare probabilities explained for strained In assembled quantum rings.developed A 18:10 using theoretical realistic model parameters inferred is the from cross-sectional scanning-tunneling microscopy data. —. Paolo , Giuseppe 1 Aldo Amore — • Xin Zhang • , and 1 — General Conference of the Condensed Matter Division of the European Physical Society nd 22 Istituto di Struttura della Ma- 1 Aula Magna Francesco Filippone — Paola Alippi , , 1 2 3 , 1 Dept. of Physics, University of Udine and 3 Dipartimento di Chimica, Universitàdi Roma teria (ISM)CP CNR, 10,2 00016 Via Monterotondo Stazione, SalariaLa Italy Sapienza, Km. P.le — — A.Moro 2, 00185 29.5, Roma, Italy Bonapasta DEMOCRITOS National Simulationdelle Center, Scienze via 208, 33100 Udine,A Italy DFT studycient shows organic-inorganic coupling the between achievement phthalocyanine molecules of (OTiPc) an andsurface, effi- the i.e., TiO2 occurrence anatase of surface-moleculecal chemi- bonds and charge transfershybrid of materials. interest for novel Giannozzi MON2M.5Efficient coupling intems: organic-inorganic sys- a theoretical study 18:10 Hahn-Meitner-Institut Berlin, Abteilung Silizium- Photovoltaik, Berlin, Kekuléstr.5,12459 Germany Benzoic acidposited on layer clean Au andaqueous Si(111):H was surfaces and in both electrochemically non-aqueousfrared solutions. spectroscopic de- ellipsometry Ex-situinspect was in- the applied surface species. to Mattioli MON2M.4Functionalisation of Aufaces and by Si benzoic (111) sur- acid 17:50 Nazionale TASC CNR-INFM,Km 163.5, Basovizza IT-34012 SS-14, Trieste, Italy We present an experimentaldoped study of copper-phthalocyanine, alkali by metal toemission means and of absorptionevolution pho- of the spectroscopies. electronic structuremetal and insulator- transitions The upon doping are discussed.

Monday n hs rniin r on,caatrzdand characterized found, discussed. are semiconduct- transitions / phase paramagnetic ferromag- ing and 300K, metallic / near netic temperature, high investigations. Several magneto-transport and structural aebe bandfor obtained been have lengths characteristic and parameters Microscopic PL stoichiometry. oxide the of temperature, modulation obtain- room by at for properties promising bias exchange seems ing system grown The infilms PLD. exchange CoPt/CoxNi(1-x)O by magnetic fcc the in study teractions to was del aim Fosso The Via Italy Roma2, (RM), 100 Ricerca Cavaliere, della Area — km Italy CNR, Salaria (RM) Via Scalo Monterotondo Roma1, 29.500- Ricerca della Area CNR, Paci ainlTrsSecek nvriy iv UA Kiev, — University, Shevchenko Taras National Varvaro pare Fiorani Dino erh rca,P — PL Wroclaw, search, O23518:10 Liege, — BE Univ. B28, SUPRATECS, Institute, tricity Drozd 1 Vadim Vanderbemden magneto- Philippe fine • of from properties transport length Localization MON2F3.5 17:50 films CoPt/CoxNi(1-x)O pulsed — deposited in interactions laser exchange Interface MON2F3.4 URTC,Ba ig — Liege B5a, SUPRATECS, aclAusloos Marcel • 5 et hmsr,Ui.Wrzw,Warsaw, Warszawa, Univ. Chemistry, Dept. aaLaureti Sara 2 and , 3 A,LwTmeaueadSrcueRe- Structure and Temperature Low PAN, aei os Albertini Rossi Valerio 1 1 , 4 , and , let ai Testa Maria Alberto mnaGenerosi Amanda 1 1 22 , ua3 Aula , lsbtaAgostinelli Elisabetta enFrançois Fagnard Jean La nd 4 0 ae Pekala Marek et hmsr,Kiev Chemistry, Dept. . eea ofrneo h odne atrDvso fteErpa hsclSociety Physical European the of Division Matter Condensed the of Conference General 2 5 La , Ba 0 auzMucha Janusz 0 2 . . 5 otfir Elec- Montefiore 5 Ba MnO 0 2 . 2 , 5 MnO Barbara 3 — through 1 , 2 1 5 Gas- ISM- ISM- 3 — — 1 3 2 , , , s’ rrqiiet radw em liquids. Fermi breakdown to prerequisite temperatures, isn’t small fluctuations magnetic very long-wavelenght to to coupling down non- that, model. a Anderson show We periodic of the existence in state the liquid Fermi DMFT, within show, We Buenos Argentina. Aires, (1428), Buenos Aires de F´ısica, — Universidad de — Italy. 00133, France Roma Vergata”, 91495, Orsay 2 Paris-Sud, de versité O24518:10 — Sordi Giovanni periodic model the in Anderson behavior liquid Non-Fermi MON2F4.5 liq- non-Fermi a phases. the of antiferromagnetic and the evidence between insulating in weak- find right regime we field- uid As at result, two-loop model approach. a a group Hubbard renormalization within theoretical 2D coupling 17:50 the to-moderate study We 70910-900 04667, Postal Brazil Caixa Brasilia-DF, Universi- Brasilia, Physics, de Matter dade Condensed — for Germany Center Stuttgart, D-70569 two- 1 Correa the weak-to- Eberth at coupling in model moderate regime Hubbard dimensional liquid Non-Fermi MON2F4.4 diagram. phase rel- thus whole and the state in insulating evant the as obtain to strong essential as is antiferromagnetism not that are believed, previously cuprates in showing correlations calculations that DMFT with measurements iatmnod iia nvri` iRm “Tor Roma Università di Fisica, di Dipartimento a-lnkIsiuefrSldSaeResearch, State Solid for Max-Planck-Institute 1 aoaor ePyiu e oie,Uni- Solides, des Physique de Laboratoire 1 and , 2 and , d ua4 Aula x — 2 − — acl Rozenberg Marcelo y • 2 din Amaricci Adriano wv superconducting -wave laoFerraz Alvaro • emn Freire Hermann 3 Departamento 2 International 2 1 1 , — 2 1 , 3 , , 23 O26418:10 so- from crystals of growth lution nu- and crystal the cleation of inhibition Shear-induced MON2F6.4 17:50 3D in dilution Fernandez pres- of tonio in behaviour ence transition First-order MON2F6.3 Wangsoub Guerrero eatiuet ha-eedn olso cross- collision shear-dependent section. a which flow to shear attribute by compound we inhibited mass be molar can low solution a from and of nucleation crystals the of that growth time, first the for show — We UK Thailand 65000 6AF Phitsanulok RG6 Reading 2 Whiteknights, ing, — ia eEteaua 67 aao.Spain. Badajoz. 06071 28040 — — Extremadura, de Complutense, Spain. sidad Universidad Madrid. Teórica. Ruiz-Lorenzo Jesus Juan ttsPtsmodel). four Potts site-diluted the states pres- (for magnitude) disorder the quenched in basic of transition ence phase the first-order is a (entropy, found energy, we method free than microcanonical rather novel a Spain. Using Zaragoza. 50009 (BIFI), Complejos temas eateto hmsr,Nrsa University, Naresuan Chemistry, of Department 3 1 nttt eBooptcńyFıiad Sis- F´ısica de Biocomputación y de Instituto oye cec ete nvriyo Read- of University Centre, Science Polymer — 2 2 , , 3 • , rdDavis Fred efryMitchell Geoffrey itrMartin-Mayor Victor 1 ua6 Aula , 3 , 2 et ´sc.Univer- F´ısica. Dept. • 1 noi Gordillo- Antonio and , 2 , 3 — oetOlley Robert — 1 et F´ısica Dept. 1 , usAn- Luis Supatra 1 , 3 and , · 1 ody2 uut2008 August 25 Monday

Monday — 2 Marek • — Sciences et Inge- 2 Marc de Boissieu Aula 1 and 1 Institute of Physics, Slovak Academy of Sciences, Mihalkovic 9:40 – 11:00 TUE1F1: Materialssicrystals - DynamicsChair: T. of Janssen,jmegen, Qua- The University Netherlands of Nijmegen, Ni- TUE1F1.1 (Invited)Vibrational Properties ofsicrystal Icosahedral Qua- in Mg–Sc–Zn1 Alloy 84511 Bratislava, Slovakianierie — desble Materiaux CNRS et UJF,Cedex, Procedes, BP France 75 INP 38402 9:40 Greno- StVibrational Martin properties d’Heres of icosahedralwith quasicrystal supreme structuralstudied using quality, effective i-MgScZn,the pair are database interactions of fittedtural first–principles to energies. forces and struc- Tuesday 26 August 2008 — · , and 1 Nanoscience Centre, 1 — Mark Welland 2 , 1 Aula Conversi Department of Chemistry, University of 2 Tuomas Knowles 9:40 – 11:00 TUE1C: Joint Biological Physics &ences Life Sci- and PolymerChair: Physics III M. Bolognesi,lano, University Italy of Milano, Mi- TUE1C.1 (Invited)Physical aspects in• protein aggregation 9:40 Christopher Dobson University of Cambridge,UK — CB30FF, Cambridge, Cambridge, CB2 1EW, Cambridge, UK This talk presentsresults experimental on and proteinwill theoretical aggregation. be on Thethe novel kinetics main ways of focus cal of amyloid properties growth probing of and and amyloid the fibrils. analysing mechani- 24 , , 2 1 — Olivia , Benjamin 2 Laboratory 1 , Dipartimento 1 1 — Karl Fredrik Marco Felici — 1 • 1 Giorgio Biasiol , , 1 — 1 Advanced Materials and 2 Eli Kapon Arun Mohan Roberto Guerra , , 1 Aula Amaldi 1 , and 2 Alok Rudra Stefano Ossicini , Dipartimento di Fisica, Universitàdi 1 Kirill Atlasov 2 , and , 3 1 European Theoretical Spectroscopy Facility 3 m pyramidal recesses enables a superior control Elena Degoli of the QDexploited position to and achieve optimal emission couplinggle between energy. sin- QDs and This photonic is crystal cavities. Karlsson Lucia Sorba of Physics of Nanostructures, de EcoleFédérale Polytechnique Lausanne (EPFL),sanne, CH-1015 Switzerland — Lau- Devices group, TASC-INFM National Laboratory, Trieste, Italy Growth of InGaAsµ quantum dots (QDs) in sub- Dwir TUE1A.2Optical Gain in• Silicon Quantum Dots di Scienze e MetodiModena dell’Ingegneria, e Universitàdi ReggioItaly Emilia, — 42100 Reggio Emilia, 10:00 9:40 – 11:00 TUE1A: Semiconductor Physics1D - Systems OD and Chair: M.Italy Rontani, S3 INFM-CNR, Modena, TUE1A.1Site-Controlled Quantum Dotsable with Emission Tun- Pascal Energy Gallo 9:40 Pulci Modena e Reggio— Emilia, 41100(ETSF) and Modena, CNR-INFM, Dipartimento Italy di Fisica, Yan- , and , — UMP General Conference of the Condensed Matter Division of the European Physical Society Bertrand Kierren Daniel Malterre Albert Fert nd • , • 22 — — Laboratoire Physique des — Aula Magna ´ ement Didiot Cl Matériaux,Nancy Université,BP 239, B.P.F-54506 FRANCE 239, Vandoeuvre-lès-Nancy, In this contributionelectronic properties we of presentturated self-organized surfaces a by nanostruc- Angle-Resolved-Photoemission studySpectroscopy of the andtroscopy. Scanning Tunneling Spec- CNRS/Thales, 91767 Palaiseau, France After an introduction on thetronics fundamentals and of spin- the discovery ofcent GMR, I developments will in review this re- ing field: and magnetic microwave switch- spintronics generation with byspintronics. semiconductors spin and transfer, molecular nick Fagot-Revurat 9:40 – 11:00 TUE1M: Surface,Dimensional Physics -ties Interface I Electronic and Proper- Chair: H. Low- Pfnür,LeibnizHannover, UniversitätHannover, Germany TUE1M.1 (Invited)Surface stateturated in surfaces self-organized nanostruc- 9:40 8:45 – 9:30 TUEPL: Plenary 2 Chair:Zaragoza, Spain R. Ibarra,TUEPL.1 University (Plenary) ofSpintronics: Zaragoza, Developments Fundamentals and Recent 8:45

Tuesday U131(nie)9:40 junctions tunnel Magnetic (Invited) TUE1F3.1 Ruhr-Universität, Bochum, Wieck, Germany D. A. Chair: Magnetoelectron- I - ics Magnetism TUE1F3: 11:00 – 9:40 antctne ucin ilb discussed. be will junctions tunnel Magnetic tas NS,Lso,Portugal Lisbon, INESC, — 22 ua3 Aula nd eea ofrneo h odne atrDvso fteErpa hsclSociety Physical European the of Division Matter Condensed the of Conference General — • al Frei- Paulo ocpae n organics. phonon and both cuprates to is materials driven these in conductivity hs iga ls ota fepne alkali expanded of that to close fullerides diagram yields model phase Hubbard a 3-band a of solution DMFT Italy Roma, I-00185, Moro 2, Aldo P.le Sapienza”, Università “La Fisica, ii1,I015Rm,(tl)— (Italy) Tau- Roma, 2,I- I-00185 dei 19, ISC-CNR,+Via rini Moro and Italy, Aldo Roma, P.le 00185, Sapienza”, “La Università 9:40 expanded of transition and Mott superconductivity correlated Strongly (Invited) TUE1F4.1 für Max-Planck-Institut Germany Festkörperforschung, Gunnarsson, Stuttgart, O. with Chair: Materials I Correlations New Strong Highly- - Systems and Correlated Superconductivity TUE1F4: 11:00 – 9:40 — — (Italy) Trieste 34014 2/4, 3 Beirut Via Trieste, di fullerides kali ret Iay — (Italy) Trieste Castellani Capone CP taaCsir 1 41 ret (Italy) Trieste 34014 11, Costiera Strada ICTP, 4 M,CRIF iatmnod Fisica, di Dipartimento CNR-INFM SMC, and 4 , A ihl Fabrizio Michele 3 togycreae,wt similarities with correlated, strongly 5 ( spacer — — 1 2 IS,VaBiu /,34014 2/4, Beirut Via SISSA, EORTSIF,UnitàDEMOCRITOS–INFM, • roTosatti Erio ua4 Aula ) C 60 niaigta super- that indicating , 1 , 2 5 , 3 iatmnodi Dipartimento and , 1 , 2 , 3 A , 3 Massimo Claudio C 60 al- 25 nry rnpr n environment. decade(s) life-sciences, and next nano-sciences, transport energy, to the relevant in research are Sciences which major Material 9:40 of address areas to Programme innovative an Upgrade launching are Community Users* its and Facility Radiation Synchrotron Euro- European The France the Grenoble, Facility Facility, Radiation at Radiation • Challenges Synchrotron pean and Science Sapienza, (Invited) TUE1F6.1 La Università Ruocco, Italy G. Roma, Off- Systems Chair: Disordered and in Dy- Frequency namics Disordered High - Systems Liquids, Equilibrium TUE1F6: 11:00 – 9:40 rnec Sette Francesco ua6 Aula uoenSynchrotron European — · — usa 6Ags 2008 August 26 Tuesday

Tuesday ¨ el , 1 — 2 Micka Tomasz , Tatiana B. Verkin 1 Vassilios , 2 1 — Universidad del , and 3 2 Claude Ecolivet , 1 Lydie Bourgeois Konstantin Chishko , Aula 1 • 1 University of Rennes, France 1 Claire Mavromatou — , 1 3 , and 2 Philippe Bourges , 1 Bertrand Toudic Laboratoire CEA-CNRS, LéonBrillouin., CE- • 2 University of Athens, Panepistimiopolis, Zo- TUE1F1.3Electromagnetic emissiondeformation during inHadjicontis ionic plastic crystals 10:40 11:00 – 11:30: Coffee Break TUE1F1.2Dynamical andgrees of structural— freedom in hiddenPhilippe aperiodic Rabiller composites de- Huard 10:20 Antsygina 1 grafos, TK 157 84,Institute Athens, for Greece Low — Temperatureneering, Physics 47 and Lenin Engi- Ave., 61103Mechanism Kharkov, Ukraine of electromagneticand correlation emission between EMEsion (EME) and during acoustic plastic emis- deformationtals of LiF are monocrys- preted investigated theoretically. experimentallyfor and The material results inter- sciencesapplications. are and non-destructive important testing Breczewski — Saclay, Gif/Yvette, FrancePais — Vasco, Bilbao, Spain Aperiodic crystals are longals range but ordered without materi- translationalsequently without symmetry Brillouin zone. and Very con- sults original re- concerning acoustic phononshidden degrees and of structural freedom will be presented. Tuesday 26 August 2008 β — · 4 , Ralf 1 Mauro — Wolfram , 2 Francesco , • 2 , 1 — MPIKG, Pots- Silvia Morante , and 3 Cristina Potrich Velia Minicozzi Hans Riegler Aula Conversi , • Massimiliano Comai 2 — , and 1 CRS-SOFT, c/o Dipartimento di Fisica, 4 Consiglio Nazionale delle Ricerche, Fon- 2 Dipartimento di Fisica, Università di Roma European Molecular Biology Laboratory, c/o dam, Germany The phase behaviorn-alkanes of depends thin on(”submonolayer”) film films films thickness. of meltbelow long (partially) Very (”pre-melting”), chain thin already thickerthe bulk films melting only point (”surface above freezing”). 11:00 – 11:30: Coffee Break TUE1C.3The MinimalSequence Cu inXAS and Study Amyloid Zn BetaStellato Binding Peptides: Site a 10:40 TUE1C.2Melting andLong Crystallization Chain n-Alkanes in BehaviorFilms Molecularly Thin of atKoehler Solid/Air Interfaces 10:20 Dalla Serra peptides complexed withrecognized Cu two or differentthe Zn structures complexed ions metal according and ion. to we 1 Tor Vergata— and INFN,dazione I-00133 Bruno Roma,Unità di Kessler, Italy Trento,3 I-38100 Istituto Povo diDESY, (TN), Notkestrasse Italy 85, Biofisica, D-22603many — — Hamburg, Ger- Universitàdi Roma La Sapienza,Italy I-00185 Roma, X-ray Absorption Spectroscopy hasstudy been the local used structure to around the metal in A Meyer-Klaucke 26 — Marina Jianjun • • Lis Nan- Friedrich , Institut für — 2 1 — , 1 — Robert Suris 1 , and Aula Amaldi Vladimir Jovanovic ¨ unther Bauer , G Laboratory of Electronic Components 1 Dietmar Pachinger 2 Rinat Sergeev , , 1 , and ¨ affler 2 11:00 – 11:30: Coffee Break Universitàdi Roma ’Tor Vergata’,Italy 00133 Roma, Ab-initio calculations ofded Si in nanocrystals silicon-dioxidedifferent embed- clusters are dimensions, different oxide presented structure considering and thetoelectronic effect structure of of disorder the (glass) nanocrystals. on the op- TUE1A.4Shape OscillationsPatterned Si(001) ofZhang Substrates SiGeSch Islandsver on Halbleiter Johannes und Kepler Festkörperphysik, Universität,Altenbergstrasse 69, A-Austria — 4040 Linz, Technology and Materials, DIMES,sity Delft of Univer- Technology,lands 2628 CT Delft, TheThe Nether- 10:40 morphological evolutionpatterned of Si(001) SiGe substratesrate at islands has a been on low investigated.dome-shaped Ge After islands, growth the formation the of shaped islands and evolve to subsequentlynally barn- back to barn-shaped to again. dome- and fi- TUE1A.3Binding Energiesin of One-dimensional Excitons Structures Semina and Trions 10:20 A.F. Ioffe Physico-Technical Institute,burg, St Russian Peters- Federation Binding energies of excitons andquasi-1D trions systems in isotropic including thosetive with longitudinal the potential attrac- arelated. variationally calcu- Physically transparent,accurate simple trial functions and are rather suggested. , Gior- Fred- DIPC, Javier 1 , , 1 2 — 3 , and , 2 , 1 General Conference of the Condensed Matter Division of the European Physical Society Martina Corso nd Unidad de de F´ısica Mate- • 3 Laura Fernandez 22 — , 3 Aula Magna , Enrique Ortega 2 Carlos Eduardo Viol Barbosa • Universdidad del Pais Vasco, Dpto. Giancarlo Pannacione — — TASC National Laboratory, INFM- 2 , and , 2 ´ on 11:00 – 11:30: Coffee Break riales CSIC/UPV, Manuel Lardizábal3,San E-20018 Sebastián,Spa The structuralAu(111) and andsented Cu(111) in view electronic curved of STMTheir samples and properties ARPES optimal are investigations. useploited pre- as of with set decoration of experiments. nanotemplates is ex- erik Schiller Cord Manuel Lardizábal 3,Spain E-20018 — San Sebastián, TUE1M.3Electronic statesnanopatterned of bystruction oxygen-induced Cu recon- Jun vicinal Fuji surface gio Rossi CNR, SS 14, km 163.5,Control of I-34012 oxygen Trieste, dose Italy onreconstructions Cu(332) surface with induces periodicity fromWe 3 study to electron 10 confinementFe nm. and nanowires magnetism obtained of by usinga such template. structures as 10:40 ´sc AplicadaF´ısica I, PlazaSebastián,Spain — Oñate2, E-20018 San TUE1M.2Curved crystals:surface science a smart approach to 10:20

Tuesday nhmgnosdsrbto sas dicussed. also of is influence distribution fully homogeneous The of an measured in- MnAs/GaAs/MnAs. the dependence explain epitaxied bias can midgap barrier TMR GaAs a tricate a through in band picture defect transport resonant A Thales,Palaiseau — France. 1 Mahmoud drief 10 13:CffeBreak Coffee 11:30: – 11:00 10:40 Marie Vincent junctions in magnetoresistance MnAs/GaAs/MnAs tunneling Resonant TUE1F3.3 interface. metal/oxide possible to at and diffusion allows loss concentrations microscope energy chemical transmission Electron investigate scanning layers. a epitaxial in few consist- of junctions F-67034 magnetic ing on 43, results present BP We France Loess, 2, du Cedex 10:20 Strasbourg rue 23 7504 UMR ULP-CNRS, Strasbourg, Matériaux de des Chimie — B-2020 Belgium 171, Antwerp, Groenenborgerlaan Univer- Antwerp, (EMAT), — of Science sity Italy Materials Morego for Genova, croscopy via IT-16163 (IIT), Tecnologia mag- 30, di Italiano in stituto interfaces Halley of junctions analysis netic EELS TUE1F3.2 Verbeeck NP nvri´ iree ai ui,Paris, Curie, Marie et Université Pierre INSP, 2 , 3 1 and , , 2 • , aagl Massimiliano Marangolo Jaffr oin Ulhaq-Bouillet Corinne 2 nt it ePyiu CNRS- Physique de Mixte Unite hmsFix Thomas 1 — and , sHenri es ` 22 ua3 Aula • ivniBertoni Giovanni nd 3 ntttd hsqeet Physique de Institut eea ofrneo h odne atrDvso fteErpa hsclSociety Physical European the of Division Matter Condensed the of Conference General tesVictor Etgens 3 2 — , 1 ereJean George odzoeIn- Fondazione 2 lcrnMi- Electron — 3 1 Garcia , 1 , David , 2 1 , Ed- Jo — 10 13:CffeBreak Coffee 11:30: – 11:00 10:40 simulations. to compared is contrast spin reduction photoe- the A of spin-resolved LSMO. half-metallic and of study angle- mission an Switzerland present PSI, We - Villigen CH-5232 Institut, rer La2/3Sr1/ Half-Metallic 3MnO3 from Pho- Spin-Resolved toemission Spin Struc- and Angle- Band in ture Three-Dimensional of Effects TUE1F4.3 surface 10:20 and bulk similar. eV: are 6 reducing properties to by down same energy photon the the remain K3C60 LUMO in The lineshape films photoemission. fulleride by in demonstrated dispersions Trieste,was band 34012 of presence Park, The Science Area angle- Italy in 163.5 in km spectroscopy and contribution • photoelectron films surface fulleride resolved vs in bulk dispersions Band TUE1F4.2 nraGoldoni Andrea — • ua Krempasky Juraj icorn ret,s.s.14 Trieste, Sincrotrone — ua4 Aula alScher- Paul — — 27 ui-ai ,10Red ore,Prs F-75015 Paris, Lourmel, — de Rue 140 6, Curie-Paris Sette itoso xsigtheories. pre- existing the the to of of in compared dictions glasses and density of reviewed are modes region the acoustic THz the on on and results states experimental Recent Russia France Petersburg, Saint 5, 195251 Cedex Montpellier — F-34095 II, pellier Université Nanomateriaux, Mont- et Verres loides, and Ruffl out. on pointed connectivity network them the the of of and time influence bond the hydrogen relaxation and structural extracted are The strength l- and of reported. factor is structure NH3 10:20 dynamic timescale THz France The Grenoble, 220, Postale Boite ity, Roma, I-00185, — 2, Italy Moro Aldo P.zle Sapienza” ”La ammonia Datchi liquid structural in • and process dynamics relaxation frequency High TUE1F6.2 10 13:CffeBreak Coffee 11:30: – 11:00 10:40 with relation its glasses and in attenuation peak acoustic Boson The TUE1F6.3 al Giura Paola 2 2 N-NMCSSF nvri` iRoma Università di CRS-SOFT CNR-INFM an eesugSaeTcnclUniversity, Technical State Petersburg Saint Ren 3 e ´ 1 1 — 3 , , Vacher e ´ uoenSnhornRdainFacil- Radiation Synchrotron European inal Ruocco Giancarlo mtiPashin Dmitri 1 MM,UiestePer tMarie et Université Pierre IMPMC, 1 , oet Angelini Roberta 1 ua6 Aula — 1 2 aoaor e Col- des Laboratoire , rcCourtens Eric 2 and , 2 — Francesco , Frederic • Benoit · — 1 usa 6Ags 2008 August 26 Tuesday ,

Tuesday , 1 Thomas , University 1 1 Marin Gos- — , 2 1 — Cambridge Univer- Boriana Mihailova • — Aula 1 Carsten Paulmann , Ulrich Bismayer Bernd Guettler 1 , 1 James F. Scott , and • 3 — sity, Cambridge, United Kingdom Report on the discoveryferrite of new at phases in highport bismuth temperatures on and magnetoelectric200K. pressures. transitions Results at on Re- 140K themultilayer and one-cent Ni/BaTiO3 room-temperature structurelayers. with 81 to 271 TUE2F1.2High-temperature structuraltions transforma- inlaxor ferroelectrics Pb-based perovskite-type re- 12:10 11:30 – 12:50 TUE2F1: Materials -Chair: Multiferroics Porto, A. Portugal Almeida, Universidade do Porto, TUE2F1.1 (Invited)New Results onroics Magnetoelectric Multifer- 11:30 Bernd Maier Malcherek podinov , Tuesday 26 August 2008 · — Di- — Research Cesare Cametti Domenico Truzzolillo , , and Aula Conversi Roland G. Winkler • — Simona Sennato • TUE2C.2Strong Repulsive Interactionstrolyte-Liposome in Clusters Polyelec- closeelectric to Point: the Iso- a— Sign of an Arrested State partimento di Fisica and INFM-CRS SOFT, Uni- 12:10 Centre Juelich, Institute of52425 Solid Juelich, State Germany Research, Hybrid mesoscale computerploited to simulations study are thepolymer non-equilibrium ex- systems. dynamics of in Results shear for flow star-like ascrochannels polymers will well be as presented. polymers confined in mi- Federico Bordi 11:30 – 12:50 TUE2C: Joint Biological Physics &ences Life Sci- and PolymerChair: Physics IV CNRS-CEA F. Saclay, Gif-sur-Yvette, Boué, France Laboratoire Léon Brillouin TUE2C.1 (Invited)Mesoscale simulations of polymersnal in exter- fields 11:30 28 , 1 — Lu- — Ioffe Michael , , and 1 Institut für 2 1 — Mirko Milleta- 2 , 1 Vincenzo Piazza , 1 Nikita Averkiev Peter Schwab • Giorgio Biasiol NEST INFM-CNR & Scuola and 1 — , 1 Aula Amaldi — CNISM and Dipartimeto di Fisica Cosimo Gorini 2 2 , , 1 1 Elia Strambini Roberto Raimondi • — , and 2 Igor Rozhansky Laboratorio Nazionale TASC INFM-CNR, I- Dzierzawa ri Physik, UniversitätAugsburg, 86135Germany Augsburg, — Normale2 Superiore, I-5612634012 Trieste, Italy Pisa,We report Italy onof the — a three coherent terminalon transport Aharonov-Bohm properties ring a realized ture. high-mobility GaAs/AlGaAs Experimentalnovel heterostruc- scattering-matrix data model arecoherence incorporating and compared Lorentz de- with forces a TUE2A.3Spin Hallnetic Effect Couplings in a 2DEG with Mag- 12:10 Fabio Beltram cia Sorba TUE2A.2Manifestation of Spin-OrbitTunneling Interaction Between Two in Quantum• Wells Physical Technical Institute Effect of spin-orbitbetween interaction two 2D on electronparticular layers the is attention tunneling considered with addressedtion to of the Rashba and manifesta- neling Dresselhaus conductance types in in zero the magnetic tun- field. 11:50 11:30 – 12:50 TUE2A: Semiconductortum Physics Transport -Chair: Quan- V.gium Fomin, Universiteit Antwerpen, Bel- TUE2A.1Impact ofence in classical three-terminal Aharonov-Bohmvices de- forces and decoher- 11:30 , , J A 2 1 — — , 2 1 Piero Diparti- 1 , and , 2 1 — Gianloren- • M C Righi 2 , — 1 School of Physics M Wenderoth 2 P Loeptien , Astrid Pundt 1 , General Conference of the Condensed Matter Division of the European Physical Society 1 and C M Bertoni nd • 1 , 22 Claudio Goletti Trevor Derry 2 R G Ulbrich Physikalisches Institut and Vir- Aula Magna 1 , , University of Göttingen,D-37077 1 1 2 J Homoth — , and 1 3 , Marco Bertelli 1 — Mathias Getzlaff INFM-CNR national center (S3), Universita’ di CNR-IMEM, Parco Area delle Scienze, 37A, I- University of Düsseldorf, D-40225 Düsseldorf, Catellani tual Institute2 of SpinModena e Electronics Reggio E., (VISel),versitario CNISM, per Consorzio Interuni- le — 3 Scienze Fisiche della Materia.43010 — Parma, and S3, Italy Filled and emptyatomic states corrugation STM were topographies6H-SiC(11-20) measured with for and non-polar experimental GaN(1-100) STM surfaces. topographiesstructed surfaces show The for unrecon- agreement with both theory. 6H-SiC and GaN in L Martin-Samos Malindretos A Rizzi TUE2M.3Hydrogen-induced plasticrare deformation earth of ison metal with thin• corresponding films and nanoparticles compar- 12:10 TUE2M.2Atomic andpolar electronic 6H-SiC(11-20) structure andfaces GaN(1-100) of sur- non- 11:50 1 Germany — 11:30 – 12:50 TUE2M: Surface,Dimensional Physics -ties Interface II Electronic and Proper- Chair: E. Low- Vlieg,The Radboud Netherlands University, Nijmegen, TUE2M.1Dangling-bond transitions in single-domain diamond C(111)2x1 surfaces 11:30 zo Bussetti and Centre of Excellence inversity Strong Materials, of Uni- Witwaterstrand,Africa Johannesburg, South Reflectance Anisotropy Spectroscopy has beenplied ap- to measure the opticalempty gap between intrinsic filled surface and statesdiamond on C(111)-2x1. a Therefore single-domain theing semiconduct- character of thisascertained. surface has been definitively Chiaradia mento di Fisica andTor CNISM, Vergata, Universitàdi Roma, Roma Italy —

Tuesday lcrm29 6 0Ksa Sweden Kista, Technology, 40 of 164 229, Institute Electrum Royal Physics, Applied Akerman ˚ U23212:10 easy- Bonetti tilted Stefano a layer using fixed axis oscillator torque Spin TUE2F3.2 11:30 Dynamics Wall — Domain Current-induced (Invited) TUE2F3.1 Portugal Lisbon, INESC, Freitas, P. Chair: Magnetoelectronics II - Magnetism TUE2F3: 12:50 – 11:30 almto,wl pnsrcuetransformations determine structure oscillations. spin to and wall employed motion, magnetotrans- are wall as measurements well re- by as port comprehensively imaging are Direct excitations currents viewed. AC wall and pulses domain Kon- Current-induced Konstanz, Germany of stanz, University Zukunftskolleg, • aha Kl Mathias eateto ireetoisand Microelectronics of Department — aui ¨ — , 22 oa Persson Johan ua3 Aula • aheec hskand Physik Fachbereich — a Zhou Yan nd eea ofrneo h odne atrDvso fteErpa hsclSociety Physical European the of Division Matter Condensed the of Conference General , hoLnZha Lin Chao and , Johan , hs smtli ihsrn antiferromagnetic cuprates. the strong to with similar flucuations, metallic iso- paramagnetic is to The phase analogies structures. possible cuprate electronic investigate to DMFT esuyteeeto togcreain in correlations strong of effect the LaNiO study Austria We Vienna, — 1040 Technology, Germany of sity Stuttgart, D-70569 2 Heisen- 1, Research, State bergstraße Solid for Institute Planck Andersen Yang Hansmann l nlgnt high- to analogon ble U24312:10 dis- be will oxides vanadium of physics correlated Mott-Hubbard strongly the contribution this Sapienza La In Rome of University Fisica, di timento correlated strongly oxides vanadium in to transition metal insulator and electrodynamics Low-energy TUE2F4.3 supercon- granular ductivity. Sepa- and MIT Phase non-volatile short Electronic a of ration, an application induces that pulses show electric we under Here (MIT) pressure. transition metal-insulator a dergoes GaTa rue — 38054 France 140 Martyrs, France de rue GRENOBLE, Paris, (UPMC), 17 Grenoble, la 75015 CEA 6 SPSMS, de Lourmel, Paris UMR de CNRS rue Universite (INSP), 11:50 Paris 2 75-88, de Nanosciences CNRS, — des France NANTES, Nantes, 44322 Houssiniere, de Universite 1 Daniel waite Tristan Cren GaTa Benoit superconductiv- the • in possible metal to ity and insulator induced transition pulse Electric TUE2F4.2 11:30 LaNiO TUE2F4.1 France Gif-surYvette, LéonCE-Saclay, Laboratoire Brillouin, Onufrieva, F. with Chair: Materials II Correlations New Strong Highly- - Systems and Correlated Superconductivity TUE2F4: 12:50 – 11:30 nttt o oi tt hsc,Ven Univer- Vienna Physics, State Solid for Institute ntttdsMtraxJa oxl(IMN), Rouxel Jean Materiaux des Institut auCristian Vaju 4 1 Se 3 , 1 3 /LaAlO , /LaAlO 8 iia Khaliullin Giniyat ao Etienne Janod 1 1 safaieMt nuao hc un- which insulator Mott fragile a is and , , lsadoToschi Alessandro 2 3 3 , and , 1 3 oice Dimitri Roditchev , eeotutrswt LDA+ with heterostructures ase Held Karsten eeotutrs-apossi- a - heterostructures ai Laurent Cario — ua4 Aula 4 Se • T tfn Lupi Stefano 8 hue Olivier Chauvet c 1 cuprates otinsulator Mott , uotVincent Dubost 1 , 1 l Krogh Ole 1 , 1 2 , — , 2 , Xiaoping Dipar- — — Corazze • 2 Braith- Philipp 3 Institut INAC, 1 1 Max — — 2 , 29 aihn edn nry santrlwyt de- to materials. way soft natural these a scribe is with energy, con- surfaces, bending minimal external vanishing the that to crystals show We due liquid straints. vesicles in self-assembled changes and topological study We Netherlands The Nijmegen, AJ 6525 Katsnelson Mikhail 11:30 studied. are lengths chord The den- created. constant are at sity minimized. thickness tunable is flu- of pressure Membranes of disjoining energy infinite surface with The ids mor- presented. foam is ideal phologies creating for approach modeling Energy A Germany Surface Ludwigshafen, 67056 via SE, Models Minimization Foam Ideal TUE2F6.1 Sapienza, La Università Ruocco, Italy Off- G. Roma, and Matter Soft Chair: Disordered - Systems Liquids, Equilibrium TUE2F6: 12:50 – 11:30 U26312:10 col- charged a on measurements factor Structure Sapienza” ”La Univer-sita’ Fisica Sys- di Dipartimento Colloidal INFM-CNR SOFT Charged Ar- a Different tem in States of rested Evidence Experimental TUE2F6.3 11:50 geometry statisti- differential • matter: meets physics soft cal in surfaces Minimal TUE2F6.2 kaaManyuhina Oksana — • abr Ruzicka Barbara — • ua6 Aula rn Heilmann Frank , naiaFasolino Annalisa eedaswg135, Heyendaalseweg — eerhCenter Research — BASF — and , · — usa 6Ags 2008 August 26 Tuesday

Tuesday 1 CNR- 2 Pietro Bulgarian Vincenzo 3 , PTB Braun- 1 2 , and 2 Analytical Sci- 1 Mark Dowsett — CNR-IMM, Catania, — 3 2 Paola Alippi • Aula 1 — CNR-ISM, Rome, Italy — Alessio Filippetti 1 , 2 — 3 Annemie Adriaens • Department of Analytical Chemistry, Univer- and 12:50 – 14:40: Lunch Break 14:40 – 16:20 TUE3F1: Methodsand for Vacuum Science CulturalChair: Heritage E. Cazzanelli,Italy Universitàdella Calabria, TUE3F1.1 (Invited)The use of Infrastructural Facilitiestural for Heritage Cul- Research ence Projects Group, Department ofversity Physics, Uni- of2 Warwick, Coventry, CV4 7ALsiteit UK Gent, Krijgslaan — 281-S12,gium B9000 Gent, 14:40 Bel- Infrastructural facilities such assources, synchrotron neutron light sources andare particle accelerators used increasinglyshow some for of the heritagebriefly benefits discuss science. through problems examples, in and need We of solution. of Hamburg, Hamburg, Germany — TUE2F1.3Electronic and dielectric properties ofTiO CaX- (X=Cu,Zn) Fiorentini Delugas SLACS, Cagliari, ItalyItaly — We havedensity-functional-perturbation, analyzed andaction corrected density-functional using theory self-inter- (pSIC), the electronic density-functional, and dielectricinsulator structure CaX3Ti4O12 of the with Mott 12:30 Zn X=Cu (CZTO). (CCTO) and schweig, Braunschweig, GermanyAcademy — of Sciences, Sofia, Bulgaria Structural transformationsferroelectrics in Pb-based areman relaxor scattering studied andPbSc0.5Ta0.5O3 and x-ray Pb0.78Ba0.22Sc0.5Ta0.5O3. by diffractionThe applied temperature polarized to evolutiongives of new Ra- phonon insights anomalies nanoregions. into the development of polar Tuesday 26 August 2008 — · ¨ ach- Institut 1 — Leibniz-Institut 2 Kay Saalw 2 • — Simon Scheuring • — Aula Conversi Jens-Uwe Sommer and 1 Institut Curie, Paris, France Using Atomic forceical microscopy nano-imaging (AFM) tool,cataract-affected as eye we med- lens imaged membranesdented at resolution. healthy unprece- Crucial and differencestion in of organiza- membrane channels,nexons, aquaporin-0 characterize and the con- pathological case. ter für Physik,Wittenberg, Halle, Martin-Luther-Universität Germany Halle- — TUE2C.3Chain dynamics,excluded-volume effects segmentalworks and polymer in order melts swollen and net- 12:30 12:50 – 14:40: Lunch Break 14:40 – 16:20 TUE3C: Joint Biological Physics &ences Life Sci- and PolymerChair: Physics V T.Cambridge, UK Knowles, University of Cambridge, TUE3C.1 (Invited)Structure and assemblyteins of in membrane native pro- microscopy membranes by (AFM) atomic force 14:40 versita’ di Roma ”La2,I-00185 Sapienza” Rome, Piazzale Italy A. Moro We presentthe some dynamics experimental ofthe evidences re-entrant the condensation of that clusterpolyions-liposomes oppositely phase charged system occurring possiblyarrested in state yields close to to the an isoelectric point. fürPolymerforschung, Dresden, Germany We present applications ofcharacterizing a new local NMR anisotropic technique mer mobility chain of segments on poly- universaleffects excluded-volume in swollen elastomers, andnamics on in reptation different dy- types of polymer melts. 30 — 2 , and 2 , Tobias 1 • — Freie Universität Andre Geim 1 — Esa Rasanen 2 , and , , 1 1 2 , 1 Aula Amaldi Nuno Peres , 1 European Theoretical Spectroscopy Facility Stefano Pittalis 2 • Center of Physics and Physics Department, Uni- Manchester Centre for Mesoscience and Nan- Berlin, Arnimallee 14,— D-14195 Berlin, Germany (ETSF) Motivated bymate the density functionals needdimensional for the of systems, energies weproximations improved of consider two- for approxi- Gaussianpolarized, the ap- current-carrying exchange states.mance energy Good is of perfor- verifieddots. spin- for two-dimensional quantum Eberhard K. U. Gross 1 versity of Minho,2 P-4710-057 Braga, Portugal — otechnology, University ofester M12 Manchester, 9PL, United Manch- Kingdom We compute the opticalbeyond conductivity of the graphene Diractrigonal cone warping approximation, and next-nearest including ping. neighbour hop- We then obtaintion the coefficients transmission which and are reflec- alsooptics valid regime. in the visible- TUE2A.4Exchange energies for two-dimensionaltems: sys- exploring— Gaussian approximations 12:30 12:50 – 14:40: Lunch Break 14:40 – 16:20 TUE3A: Semiconductor Physics - Graphene Chair: N.Portugal, Peres, University of Minho, Braga, TUE3A.1Optical conductivityvisible of region grapheneStauber of in the spectrum the 14:40 ”E. Amaldi”, UniversitaVasca di Navale 84, Roma 00146 Tre, Roma, ViaWe Italy della examine the influenceand of magnetic magnetic fields impurities 2DEG. In on both the cases weductivity, spin find for a Hall which finite we spin effect Hall give con- in explicit expressions. a CNR- 3 Conor • Stefano Consiglio • 2 — — Rodolfo Del General Conference of the Condensed Matter Division of the European Physical Society , and 3 nd 22 Aula Magna Rita Magri Department of Physics and European 1 , 2 — CNR-INFM DEMOCRITOS The- , 1 — 1 Fabris ory@ELETTRA group and ScuolaSuperiore Internazionale di Studi2-4, Avanzati Trieste (SISSA), (Italy) via Beirut Surface-supported metal-organic networks formed by benzoicied acids with and DFTatomistic metal and calculations. electronic structures, centersmechanisms, the I and formation are the will novel magnetic stud- properties and describe catalytic of the these nanostructures. TUE3M.1 (Invited)Understanding the Structure andof Self-Assembled Function Organometallic Nanoma- terials by Computer Modeling 14:40 Hogan Sole Theoretical Spectroscopy Facilityversity of (ETSF), Rome Uni- ”TorScientifica Vergata”, Via 1, della I-00133 Ricerca Nazionale Roma, delle Ricerche Italy (CNR-INFM)INFM-S3 — — and Dipartimento diof Modena Fisica, and University ReggioI-41100 Emilia, Modena, Via Italy Campi 213/A, We perform theoretical calculationsoptical of response the and surface total energyels for of various the mod- Sb-rich GaSb(001)with surface, experiment. and compare coupling The is examined. importance of spin-orbit 12:50 – 14:40: Lunch Break 14:40 – 16:20 TUE3M: Surface,Dimensional Physics -Chair: Organic Interface Interfaces A. Selloni, andton, Princeton USA University, Prince- Low- TUE2M.4Structure andSb-Stabilized Optical GaSb(001) Surface Properties of the 12:30 Göttingen,Germany Surface modification of thinlands Gd representing films nanoparticles and during highadsorption hydrogen isas well asgated absorption on has been the investi- ning nanometer tunnelling scale microscopy. by means of scan-

Tuesday ih10p ieresolution. scale time nm ps 20 100 on with few dynamics characteri- last magnetization of over of experiments used zation unique been many Microscope has for ALS years Transmission the at Scanning (STXM) X-ray Soft 70596 Heisenbergstr.3, Germany Research, Stuttgart, Metals for — tute USA 94309, CA, USA Stanford, 94720, CA, Berkeley, — MS-6- Rd. Cyclotron Laboratory, 1 2100, National Berkeley Lawrence Stoll Hermann external with tuned mod- be spin-orbit strongly can gates. a localized that find current a ballis- We ulated with of interaction. wires properties (Rashba) quantum transport the tic analyze We Spain Mallorca, E-07122 de (CSIC-UIB), Palma Complejos Sistema y plinar Acremann Mallorca, de Palma E-07122 — Balears, Spain Illes les de U331(nie)14:40 x-ray transmission dy- scanning magnetization microscope by of namics Characterization (Invited) TUE3F3.1 Av. Technology Poland and Krakow, Science Sciences Mickiewicza, of Computer Applied University AGH Kapusta, C. Charac- Radiation Chair: Sinchrotron Magnetic Using - terization Magnetism TUE3F3: 16:20 – 14:40 Break Lunch 14:40: – 12:50 12:30 wires quantum Lopez in Sanchez David modulation cur- induced rent interaction Rashba Localized TUE2F3.3 zero in capa- generation be field. signal film magnetic to microwave the strong shown of of theoretically out ble tilted been is has magne- layer plane, the fixed the where of oscillator, tization torque spin novel A 2 tnodSnhornRdainLaboratory, Radiation Synchrotron Stanford 1 — 2 2 FS,Isiuod iiaInterdisci- Fisica de Instituto IFISC, 1 , eatmn eFsc,Universitat Fisica, de Departament atlVnWaeyenberge Van Bartel — 1 , 3 lrn Serra Llorenc • 22 oe Tyliszczak Tolek — ua3 Aula nd 1 dacdLgtSource, Light Advanced eea ofrneo h odne atrDvso fteErpa hsclSociety Physical European the of Division Matter Condensed the of Conference General 3 a lnkInsti- Planck Max 1 , 2 and , 1 , • 3 Rosa Yves and , — tol nslce cases. selected in only obtain it calculations perturbative quantitive where achieve agreement calculations Monte-Carlo Quan- widely tum properties, is devices real devices Including two-dimensional observed. in car- density lowering rier on enhancement susceptibility Spin 34014 11, Costiera Italy Trieste, Strada Trieste, di — Universita‘ Italy Tri- este, Center, Simulation National DEMOCRITOS and of degree the distortions. controls the structural and stabilizes state order ground Orbital magnetic state. how ordered analyze bitally we results LSDA+U MgTi of base the Research, On State — Germany Dresden, Solids, 3 Solid of Physics Chemical for — Germany Stuttgart, Institute Planck Rosner Helge U34114:40 devices real in Palo gas electron two-dimensional of susceptibility Spin Cottbus, TUE3F4.1 Cottbus, BTU Lorenzana, Germany J. with Chair: Materials III Correlations New Strong Highly- - Systems and Correlated Superconductivity TUE3F4: 16:20 – 14:40 Break Lunch 14:40: – 12:50 12:30 struc- of origin the MgTi Yaresko in and distortion tural order Orbital TUE2F4.4 measured. been have VO2 and in (MIT) V2O3 transition and metal-to-insulator the excitations temperature low-energy around the the of both dependence particular pressure In cussed. nvriyo icni aio,USA Madison, - Wisconsin of University 1 2 atn Senatore Gaetano , O 2 , 4 1 aipaMarchi Mariapia , nege rniint atdor- canted a to transition a undergoes tfn Leoni Stefano 2 2 iatmnod iiaTeorica, Fisica di Dipartimento and , ua4 Aula 2 usCraco Luis a lnkIsiuefor Institute Planck Max 2 1 1 2 , , 2 , O aai Perkins Natalia aei Moroni Saverio — 4 — — • tfnaDe Stefania • 1 Alexander INFM-CNR 2 — 1 Max 1 3 , , 31 (2008) polymer- short-range attraction[1]. with depletion systems induced separation liquid-gas colloidal arrested an in by gela- driven that simula- is evidence tion and quantitative present microscopy we tions, confocal combining By Italy Rome, fraction. volume sample’s obtained changing by are inho- only Both states homogeneous state. ergodic and non mogeneous a to ergodic time an waiting from with evolution the show system loidal rdc e piiainagrtmfrMST on graphs. for properties random in- mechanics algorithm statistical We the optimization discuss 14:40 and new applications. a is many troduce with (MST) networks Tree over problem optimization Steiner combinatorial important Weight an Minimum The Trees Italy Turin, Steiner of • Mechanics Statistical (Invited) TUE3F6.1 Université Paris-Sud France LPTMS Paris, Off- Franz, 11, S. and Fluids Quantum Chair: Disordered - Systems Liquids, Equilibrium TUE3F6: 16:20 – 14:40 Break Lunch 14:40: – 12:50 12:30 colloids separation attractive phase short-ranged • arrested in as Gelation TUE2F6.4 icroZecchina Riccardo Zaccarelli Emanuela 1 uP,Zcael ta.NTR npress in NATURE al. et E Zaccarelli PJ, Lu [1] ua6 Aula oienc iTorino, di Politecnico — CNR-INFM-SOFT, — · — — usa 6Ags 2008 August 26 Tuesday

Tuesday — Uni- Pierro Baglioni • Aula 1 — TUE3F1.2 (Invited)Nanoscience for thetural Conservation Heritage ofversity of Cul- Florence, Department ofCSGI, Chemistry Florence, and Italy Micelles and microemulsionssystems are in the detergency.composite most system is used Their practicallyare 15:20 used conjugation unexplored. in several in Gels applicationsassociated but a usually to are microemulsions not or nanoparticles. , Tuesday 26 August 2008 4 — · 1 Bert Mar- IMM, Heiko Peter 1 , 1 , , , 2 — 2 3 , 1 1 University of 4 Paolo Facci Netherlands Or- 3 , and Andreas Kilbinger 1 , 4 Jeroen Gielen • — Jan Kees Maan Albert Schenning Giuseppe Portale Aula Conversi , , 2 1 Andrea Alessandrini , and • 4 Giulio Marino Oliver Henze , , 1 2 — Eindhoven University of Technology, Eind- Department of Physics, University of Modena 2 2 CNR-INFM-S3 Via Campi 213/A Modena Italy TUE3C.2Combining magneticray scattering alignment forthe and in internal situular X- organization measurement aggregates of of supramolec- 15:20 TUE3C.3Main phasebilayers transition studied of by temperatureAFM: supported controlled effect lipid eters of different physical param- 15:40 Seeger and Reggio Emilia, Modena, Italy The main phase transition of supported lipid bi- tin Wolffs 1 — Christianen Meijer Jim Feast High Field Magnetsity Laboratory of HFML,— Nijmegen, Univer- Nijmegen,hoven, The Theganisation Netherlands Netherlands for Scientific — BLE@ESRF, Research Grenoble, (NWO), DUB- France — Durham, Durham, U.K. We have studied the supramolecularprocess self-assembly of sexithiophenemagnetic fields. molecules using Thement of strong internal the molecular aggregates was arrange- by determined small in angle solution X-ray scattering andfringence magnetic experiments. bire- 32 , , 1 2 3 — — 4 Johan , 1 Mikhail I. Andre K. , 1 , 5 — Institute for Konstantin V. Za- Mikhail I. Katsnel- • , Nuno M. R. Peres Kostya S. Novoselov , , — 2 1 Department of Physics and Institute for Molecules and 2 2 Alexander I. Lichtenstein Tim O. Wehling Aula Amaldi • Jan H. Los Antonio H. Castro Neto , and , 2 Francisco Guinea — Annalisa Fasolino , 4 , and 2 I. Institut fürTheoretische Physik, Univer- , and 1 ˜ ao M. B. Lopes dos Santos Eduardo V. Castro CFP and Departamento de F´ısica, Faculdade Geim 1 de CiênciasUniversidade doPorto, Portugal Porto, — P-4169-007 Astronomy, University of Manchester, Manch- Nilsson Molecules and Materials, Radboudjmegen, University Ni- Heyendaalseweg 135, 6525The AJ Netherlands Nijmegen, The thermodynamical behaviourstill largely of unexplored. grapheneature is We dependence present theproperties of temper- of structural graphene, andatomistic calculated Monte mechanical by Carlo largebond-order-potential simulations scale LCBOPII. based on the TUE3A.3MolecularGraphene AdsorbatesKatsnelson and— DopingsitätHamburg, of Jungiusstraße 9,burg, D-20355 Germany Ham- — Materials, Radboud University ofjendaalseweg 135, Nijmegen, 6525 Hei- AJ Nijmegen,lands The Nether- We consider molecularand adsorbates explain onmeans its of graphene 15:20 ab-initio chemicalare theory. sensor shown Open-shell to adsorbates properties causetance strong of by doping graphene’s and substrate the is impor- elucidated. TUE3A.4Gap tunability• inSergey bilayer V.Jo Morozov graphene 15:40 TUE3A.2Temperature dependent mechanicalerties prop- ofkharchenko graphene son 15:00 and Ar- ◦ CNR- Cinzia 3 — Rosa Di , 2 , , 1 1 Alessandra Dipartimento 1 — , and 2 1 General Conference of the Condensed Matter Division of the European Physical Society nd phases of C60/Ge(111) sin- Stefano Corni ◦ • Mattia Fanetti 22 Polytechnic of Torino, Depart- • CNR-INFM National Center on , 2 1 1 Aula Magna — Luca Gavioli — 1 , 3 Giancarlo Cicero CNR-TASC-INFM National Laboratory, , 2 , and 1 2 ment of Physics,IMEM, 10129, Parco Torino, Italy AreaParma — delle Scienze, 37A, I-43100 nanoStructures and bioSystems atModena Surfaces Italy — (S3), Catellani Felice TUE3M.3Ab initioInteractions simulations mediated ofrigo Protein Calzolari by Surface Water 15:40 Cepek di Matematica eSacro Fisica, Cuore, UniversitàCattolica via del Italy dei — Musei 41,Area I-25121, Science Brescia, Park,Basovizza (TS), S.S. Italy 14,Sub-molecular Km 163.5, resolution I-34012 serve STM the allowedC60 arrangement to molecules and in ob- (sqrt13 the x the (3sqrt3 sqrt13)R14 x orientationgle 3sqrt3)R30 layer. of molecules STS are compared acquired with on UPS spectra. differently oriented TUE3M.2Self-organization ofposited on C60STS Ge(111)-c(2x8): molecules study an STM de- and 15:20

Tuesday iuino nfo h erhda interstitial coevaporation. atomic tetrahedral during the the occupied hampers generally from sites alloy Mn layer of digital introduc- diffusion a the of how shows tion study comparative The L’Aquila 67100-Coppito Vetoio via dell’Aquila, — Camerino — Ottaviano U33315:40 spectroscopy, of dichroism investigation circular functional magnetic density X-Ray a present We Mod- Italy 41100 Modena, 41100 213/A, — Campi Italy ena, Via Emilia, Reggio 1 Bellini Valerio L at spectra dichroic X-Ray of calculation First-principles TUE3F3.3 15:20 alloys: MnGe study Pinto implanted Nicola XAS ion a and MBE TUE3F3.2 hsc eatet nvriyo oeaand Modena of University Department, Physics 1 iatmnoFsc-NS nvria di Universita’ Fisica-CNISM Dipartimento 2 and , 2 2 2 N-NMS,VaCmi213/A, Campi Via CNR-INFM-S3, iatmnod Fisica-Universita’ di Dipartimento , 1 3 , edges 2 and , 22 oez Morresi Lorenzo — arzoPassacantando Maurizio ua3 Aula nd • — oet Gunnella Roberto rnaManghi Franca eea ofrneo h odne atrDvso fteErpa hsclSociety Physical European the of Division Matter Condensed the of Conference General • oez Pardini Lorenzo 1 , Luca 2 — 1 1 2 , , n nvria iSlroDpriet iFisica, di Dipartimento Salerno di Universita’ and 1 • ohtr Maeno Yoshiteru A scenario of a close one where the are to transition compounds analogous metal-insulator these measure- a that to magnetization show and we ments EPR NMR, From Pfeiffer Loren U34415:40 Tafuri Stornaiuolo Cuoco superconducting Mario in microstruc- arrangement Sr and tural phenomena Interfacial TUE3F4.4 Li 15:20 Karl- 76021 Germany sruhe, Karlsruhe, Forschungszentrum I- gie, 16, — Taramelli Italy Pavia, V.le 27100 Pavia, Pavia, of University I-27100 Rolla”, 6, Bassi — Via Italy Pavia, of University Ruben Ghigna Li Carretta in metals correlations organic electronic Strong TUE3F4.3 density critical the MIT. at loca- of dichotomy kink a the exhibits of tran- tions density-dependence phase The a indicates sition. likely GaAs-FETs undoped in holes two-dimensional correlated T-dependence strongly the of in observed kink conductivity A USA 07974, USA Jersey 15:00 New 08544, Jersey — New — Princeton, USA University, Florida, Gainesville, Florida, 3 IN of — versity Upland, USA University, Taylor 46989, Physics, of ment Field Zero Two- in GaAs Huang Holes Correlated Strongly dimensional Tran- in Phase sition Temperature Finite Possible TUE3F4.2 N-NMLbrtroRgoaeSuperMat Regionale Laboratorio CNR-INFM eateto lcrclEgneig Princeton Engineering, Electrical of Department noi Vecchione Antonio x 2 4 ncaenvlsrnl orltdmetals. correlated strongly novel are ZnPc RuO elLb,Lcn ehoois uryHill, Murray Technologies, Lucent Labs, Bell 3 1 2 2 , , 2 — , 4 eateto hsclCeity”M. Chemistry Physical of Department v Olsson Eva -Sr 1 iri Zoppellaro Giorgio inSegXia Jian-Sheng , 1 eateto hsc .Volta”, A. ” Physics of Department ai rsiaMozzati Cristina Maria 3 2 Ru , 1 , 4 2 — elfBorn Detlef 2 and , eateto hsc,Uni- Physics, of Department eiaCiancio Regina O ua4 Aula 4 • 7 and , 3 at Filibian Marta 3 ntttf¨ Institut 1 , , e West Ken uetccrystals eutectic hncioKittaka Shunichiro x oab Fittipaldi Rosalba C 60 2 adoPace Sandro , a develop. can u Nanotechnolo- r ailTsui Daniel 2 3 , and , 4 1 — Francesco , 1 — 1 , 1 Daniela , Depart- Pietro x Mario Paolo ZnPc • 1 Jian — — 4 3 1 , , , 33 ntemlflwi studied. is fraction flow thermodynamic mode thermal of sound in second Influence on thermal values Full parameters calculated. considered. is is flow mixtures temperatures -4He low 3He superfluid at the in transfer Heat Ukraine National UA-61077, , Kharkiv Kharkiv University, Karazin Department, Physics Nemchenko U36315:40 and Os- Nemchenko E. stantin to Contributions Pressure their motic Helium-Solid and Phonons Superfluid Interface, the of at Rotons Reflection and and Transmission TUE3F6.3 15:20 Mix- -4He Pro- 3He Heat Temperatures Superfluid Low at on the tures in Influence cesses Sound Second TUE3F6.2 ,Kakv 10,Urie— Ukraine 61108, St. Kharkov, Academicheskaya 1, KIPT, Kharkov, NSC Physics, 4, retical — Ukraine Sq. 61077, Svobody University, National dinFG Wyatt F.G. Adrian and • — vtaaRogova Svetlana 2 ua6 Aula kizrIsiuefrTheo- for Institute Akhiezer grN Adamenko N. Igor 1 , 3 • grV Tanatarov V. Igor — 3 1 colo Physics, of School aai Kharkov Karazin — Konstantyn Energy — 1 , Kon- · 2 usa 6Ags 2008 August 26 Tuesday ,

Tuesday 3 — Cotte Pascal and Universitéd*Evry Val 2 2 , 1 Alexander Bazhan • 7588, 140 rue de Lourmel, Aula 1 ◦ — Lumiere Technology S.A.S., 215 3 Elias Mady • — Institut des NanoSciences de Paris, Uni- 1 TUEp.MAG.4Vector Magnetometer inmoremanent Studies of MagnetizationSamples Ther- Processes of of RandomlyNanoparticles Oriented Magnetic P.L.Kapitza InstituteRAS, ul. for Kosygina 2, PhysicalPossibilities 119334 Moscow, of Problems, Russia vectorinvestigate magnetometer, three which can samples perpendicular magnetic componentstermined moments of 16:30 by in magneticand relaxation, studies thermoremanent magnetization magnetization of,samples processes in de- ofparticles, randomly are discussed. oriented magnetic nono- TUE3F1.3Composition ofmato Leonardo in the da Jocondamine Vinci’s and the sfu- Lady— with er- 16:00 versité Pierre etRecherche Marie CNRS Curie, n 75 Unité Mixte 015 de Paris,d’Essonne, France boulevard — Fran¸coisMitterrand, 91000 Evry, France — bis Boulevard St Germain, 75The 006 association Paris, of France athe multi-spectral modeling camera using and the radiative of underlines transfer a equation glaze technique andposition the pigment of com- both layersMonna used Lisa’face. by Leonardo to paint Tuesday 26 August 2008 · Car- Eliza- , 1 , and Krzysztof 3 • and Dept. of Microbiology ´ 2 nka ciro cecconi Dept. of Physics, Uni- • 1 — — Susan Marqusee 4 , 2 Aula Conversi Dept. of Molecular and Cell Biol- — AGH University of Science Anna Ma 3 — Dept. of Physics, University of Califor- 4 nets insecond-order magnetic two-time Green field functionThe formalism. are temperature dependences investigated offunctions thermodynamic within are calculated. TUEp.MAG.3Spin-glass phasenetwork in a regular random 16:30 Ku lakowski Ku and Technology, al.Kraków,Poland Mickiewicza 30,Ising PL-30059 spis arework. placed at The nodesThe degree of of spin-spin a allThe random interaction nodes transition net- is is temperaturewith exactly is antiferromagnetic. the found three. clustering to coefficient. decrease versity of Modena and213/A Reggio 41100 Emilia, Modena Via Campi — and Molecular Genetics, HarvardMA Medical 02115 School, — los Bustamante ogy, University of California3206. Berkeley, CA — 94720- nia Berkeley, CA [email protected] E-mail: carlosjbus- We studied unfolding and refoldingseveral trajectories different of mutantsone of T4 molecule lysozymeWe at (T4L), found a a strongtopology time, correlation and between protein*s using folding protein*s pathways. laser tweezers. TUE3C.4mechanical denaturationlysozyme molecules: offolding effect of pathways topology single on T4 16:00 beth A. Shank layers of POPE/POPGied mixture by has AFMstrength as been and a stud- pH functionsubstrate of of is the elucidated. temperature, solution. ionic The role of the 34 , Rettorato (A= 3 Instituto 5 FeO x A x Department of 4 − Tatiana Antsy- 1 Tanzina Chowd- Igor Poltavsky • , — — B. Verkin Institute Center of Physics and and 3 Aula Amaldi Marina Poltavskaya — 90187, Ume˚aUniversity, Ume˚a,Sweden , Konstantin Chishko Tatiana Makarova • Ca, Sr, Pb,Correlation Ba) between multiferroics the werestituting ionic element investigated. and radius the of magneticfound. properties the was sub- and for Low Temperature Physics andThermodynamic Engineering andone- and magneticangular two-dimensional properties lattices) (on spin-1/2 square of Heisenberg and ferromag- tri- The crystal structure, dielectric, magneticcal and ferroelectric lo- properties of Bi TUEp.MAG.2Magnetism and thermodynamics ofmensional low di- spin-1/2nets Heisenberg in ferromag- agina magnetic field 16:30 TUE3A.5Transient charging phenomena in— graphite hury Charge injection and detectionperformed experiments on were highlyusing oriented an pyrolytic electrostaticcharges graphite in force the microscope. defecting and regions discharging are Stored processes detected; inare the charg- described defect regions 16:00 ester, M13 9PL,Departamento UK de F´ısica,Universidade — doP-4710-057, Minho, Braga, Portugal — Physics, Boston University,Avenue, 590 Boston, Commonwealth MAde 02215, Ciencia de USA Materialestoblanco. — de E-28049 Madrid. Madrid, Spain CSIC.It Can- is showngraphene can that be the controlledthat by the band an gap electric between structurebands the field can of be valence so tuned and between bilayer energies. conduction zero and mid-infrared , 3 3 — Um- , and CNR- , 1 2 2 Michal , 1 , Joao Pe- 1 , 3 Department of 3 Institute of Elec- 2 CNISM and Dipar- Luca Lavagnino 3 Maurizio Canepa , General Conference of the Condensed Matter Division of the European Physical Society 2 , 1 Department of Ceramics , and Roberto Biagi 1 nd 2 , , 1 — 2 22 1 Aula Magna (A= Ca, Sr, Pb, Ba) multi- Joaquim Manuel Vieira Yuriy Pogorelov 3 , Vladimir Khomchenko 3 , • 2 FeO — x A x Dipartimento di Fisica, Universitàdi Mod- − 1 1 Valentina De Renzi tronic Materials Technology,133, Wolczynska 01-919 street Warsaw,Physics, Poland University — of Porto,687, Rua 4169-007 Campo Porto, Alegre Portugal and Glass3810-193 Engineering, Aveiro, Portugal University — of Aveiro, Andrei Kholkin timento di Fisica dell’Universitàdiova, Genova, Italy Gen- Self-organization of Cysteine/Au(111)by is HREELS. A studied collective vibrationnetwork of is the for H-bond thefrequency, first and time observed foundlateral at sensitive interaction. very-low to the details of TUEp.MAG.1Diamagnetic substitution-hancement inducedBi of en- ferroics theKopcewicz magnetizationdro Araujo in 16:30 16:30 – 18:40 Magnetism - Poster Session Valdis Corradini berto del Pennino — ena e ReggioINFM Center Emilia, for Modena,at nanoStructures Surfaces, Italy and Modena, Italy bioSystem — — TUE3M.4Vibrational fingerprintswork of formation• H-bond in net- aminoacid SAMs 16:00 We present an atomisticdynamic study about stability the and thermo- hybrid dynamical gold-protein evolution interfaceexplicit of in liquid a water theinitio solution, presence Car-Parrinello through of molecular ation. dynamics fully simula- ab

Tuesday UpMG516:30 Buron Marylise H State The Of- In Solid Molecules Spin-Crossover Dynamics bistable Ultrafastphotoswitching TUEp.MAG.5 16:00 from interfaces principles Fe/ZnSe(001) first realistic properties of electronic and structure Atomic TUE3F3.4 discussed. be the will at compounds Results molecular effects. correlation L of presence in yaiso ra ag ftm cls from scales, time of millisecond. range to broad picosecond a on spin the dynamics X-ray observe induced thereby We and light optical experiments. pump-probe state ultra-fast by solid studied crossover present we Beaulieu, Here campus France 35042 Rennes1, Rennes University CNRS Cailleau TMR. low measured the and and ZnSe(001) data lay- XPS Se-terminated explain Zn-Fe with contact mixed in contain ers polarization. interfaces spin and stable DOS Most the analyze within Fe/ZnSe(001) and for DFT models several study We France Paris, (INSP), Paris de and 2 ebert ´ , 3 ai Finocchi Fabio de fbl rniinmtl n selected and metals transition bulk of edges , nttt fPyiso ensUMR Rennes of Physics of Institute — aijLorenc Maciej — — , 22 • • ua3 Aula rcCollet Eric ntttdsNanoSciences des Institut — ioa Moisan Nicolas asmlaoMarangolo Massimiliano nd eea ofrneo h odne atrDvso fteErpa hsclSociety Physical European the of Division Matter Condensed the of Conference General , aiaServol Marina and , , Herv Johan e ´ , ainhpbtencytl tutr n super- re- and the structure outlines conductivity. crystals study Our between be- lationship eutectic. Sr interface a the in from the and cut at phases two studied the tween been has ductivity Sr Japan — 606-8502, Kyoto University, Sweden Kyoto Physics, Tech- Goteborg, of University nology, Chalmers Physics, Applied of U34516:00 dynamics Non- points. spin Dirac the the model. to affect close spin-boson strongly map- conditional effects exct secular a an by to studied ping ar graphene quasi- of in dynamics particles the on noise quantum of Effects Chimiche e Catania Fisiche (DMFCI),Università di Metodologie di the Dipartimento noise in quantum Falci quasiparticles of Weyl presence of Dynamics TUE3F4.5 Italy Napoli, II, Federico Napoli Fisiche — di Scienze Universita’ di , — Dipartimento Italy and Coherentia (Sa), Baronissi IT-84081 fhlclaiorp n au ftrinstress torsion of established. value been and has anisotropy angle between helical relation of Direct effect. magneto- Kerr studied using optical microwires been amorphous has Co-rich structure in effect magnetic magnetoimpedance and helical between Correlation Sebastián, Spain San Europa, 20018 Plaza Vasco, 1, Pais del Universidad I, cada eata,San— Spain San 20080 Sebastian, Pa´ıs 1072, Vasco, del Universidad ales, UpMG616:30 Gonzalez Julian Zhukov Arcady Microwires phous amor- Co-rich on in Effect Structure Magnetoimpedance Magnetic Helical of Influence TUEp.MAG.6 2 RuO 3 irsoyadMconlss Department Microanalysis, and Microscopy AI-NM nt’d aai — Catania di Unita’ MATIS-INFM, — 4 -Sr 3 Ru 2 O 1 1 , 7 ua4 Aula — unMr Blanco Mari Juan 2 uetccytl supercon- crystals eutectic — eatmnoF´ısica Apli- Departamento 1 po iiad Materi- de Fisica Dpto. • lxne Chizhik Alexander 4 3 eatetof Department Ru — 2 2 CNR-INFM O • Giuseppe 7 domain 2 and , Rettorato 1 , 35 h otiuinhsbe ihrw yteau- the by withdrawn thors. been has UK contribution 4QL, The EX4 Exeter Exeter, of University in fcnesdmte ncnrlal poten- controllable in matter tials. condensed ques- basic of address tions the to atoms shows ultracold result of atomic potential This an using condensate. matterwave Bose-Einstein a of Ander- localization of son 16:00 observation experimental the report We cedex, Palaiseau France Campus F-91127 Paris-Sud, 128, RD Univ. Polytechnique, and CNRS d’Optique, pect condensates Zuo Bose-Einstein localiza- atomic — Anderson in of tion observation Direct TUE3F6.4 Palencia Lugan UpMG716:30 Pierre Sulpice François layers Andre and thin polycrystallization Ni3N Vempaire in of magnetism degrees High TUEp.MAG.7 ailFruchart Daniel iie nti aesfrhg n o 2par- N2 low the and of optimization high An for respectively. sta- pressure layers are tial thin Ni3N only in and Ni3N) bilized (Ni2N, of mixing A Grenoble 38054 France Martyrs, 09, Cedex des — rue France 17 LPSC, MINATEC, Cedex, Grenoble 38026 — France Plasmas-Matériaux-Nanostructures, 9, Cedex ble Greno- F-38042 BP166 Fourier Université Joseph uiteBilly Juliette , li Bernard Alain aoaor hre ar el’Institut de Fabry Charles Laboratoire — , ai Cl David , 1 , hlpeBouyer Philippe • ai Fettar Farid 1 1 ement ´ , 3 , ua6 Aula , — icn Josse Vincent , e Hambrecht Ben 1 lKbrHlil Kebir El aqe Pelletier Jacques ntttNE,CR & CNRS NEEL, Institut , 2 eted Recherche de Centre • arn Sanchez- Laurent 1 and , , u Ortega Luc 3 , CEA-LETI, li As- Alain Zhanchun — , 1 Pierre and , David · 2 1 usa 6Ags 2008 August 26 Tuesday , , o nemdaep(N2) intermediate obtained is for Ni3N in magnetism and crystallization a eoetegon state. ground the become state paramagnetic can antiferro-orbital the ferromagnetic only the that and quarter state find at we method Then, 16:30 us- Carlo filling. by Monte variational model a Hubbard ing two-orbital the study We Japan 319- 1195, Ibaraki Tokai, Agency, Dresden, Center, Energy Research Atomic 01187 Japan Two- Science Solids, Advanced — of the Germany Physics Chemical in for Filling Order Quarter at — Model Orbital Hubbard Orbital and Spin TUEp.MAG.8 • asnr Kubo Katsunori a lnkInstitute Planck Max —

Tuesday , , 3 1 3 and Ioffe State 2 Oleg Ume˚a Farid 3 1 , 1 Tatiana — , 3 Aleksandr 1 — , 4 Luc Ortega Bernard Dieny , 1 ´ ephane Auffret St Houmed Garad Ryszard Radwanski , • , and 3 3 — — Sergei Buga Irina Zakharova Andrei Shelankov — Center of Solid State Physics, , • 2 Aline Ramos Departament de F´ısica, Universi- , 2 1 , Inac/Spintec, URA 2512 CEA/CNRS, 2 3 , and , 4 1 Technological Institute for Superhard and Institut NEEL, CNRS & UniversitéJoseph 4 1 Zofia Ropka TUEp.MAG.19Disagreement for discrimination inin physics the 21 century • Snt Filip 5, 31-150 Krakow,We Poland inform the scientificing community discrimination about ongo- ofbased the understandings localizedtronic of structure crystal-field- of transition-metal magnetism 3d/4f/5fpounds, com- and in 16:30 elec- heavy-fermion particular phenomena in and Mott compounds insulators. exhibiting TUEp.MAG.17Investigation ofin metallic/oxide interfaces Pt/Co/AlOxRay Reflectivity trilayersFettar by hard X- 16:30 TUEp.MAG.18Magnetic propertiestreated of hydrogenMakarova plasma fullerene films 16:30 Aurelien Manchon Bernard Rodmacq — Fourier BP166France F-38042 — tat Grenoble Autònoma deSpain Cedex Barcelona, — 08193 9, CEA/Grenoble, 38054 Bellatera, Grenoble Cedex 9,By Franc estimating the roughness,sity of thickness layers and in Pt/Co/AlOx den- tion with times different (tOx), oxida- (deducedsurements from reflectivity fits), mea- weoxygen atoms evaluate reach for the interfaces which tOx the Kvyatkovskii Volkov have been performed asature a at function different of the applied temper- magnetic field. University, 90187,Physico-Technical Ume˚a, Institute, Swedeneskaya, St — 26 PetersburgPolytechnical 194021, Polytechnich- University, Russia St — — Petersburg, Russia Novel Carbon Materials, 142190Region, Troitsk, Moscow Russia Photopolymerization of fullerene filmshydrogen treated plasma by createscally a ordered metastable phase.the magneti- Under magnetic structural phase relaxation mixture transforms of to a C60singly diamagnetic molecules, bonded C60=C60 H-C60-C60-H chains dimers. and , , Tuesday 26 August 2008 1 2 — — ju- · Ste- 4 1 , Grig- , 3 ´ e 3 jacques , • Edoardo ”Giovanni 3 , 2 1 Alessandro — Department of , 3 Laboratoire des Paolo Arosio 1 4 • isabelle dubois , 1 , françois bou 1 ralph schweins Institut Laue-Langevin, 3 Alberto Bianchi , Paolo Santini Richard Winpenny 2 , 2 , Jorge Lago , and 3 4 Ferdinando Borsa , 2 — , and , ´ enager 1 4 Maurizio Corti School of Chemistry, University of 4 , fabrice cousin 1 , 1 Laboratoire LéonBrillouin (LLB), CEA/CNRS, Laboratoire Liquides Ioniques et Interfaces Department of Physics ”Volta”, Unità INFM Lascialfari TUEp.MAG.16Temperature spin dynamicsular in the antiferromagnetic molec- 1H ring NMR Cr7Ni from 16:30 We present amagnetoresistive method sensors. andon a GMR test The properties standxCuxO3 of sensors, thin for La0.54Sm0.11Sr0.35Mn1- film, the based -50 have to a +50 C good temperature response range. in the TUEp.MAG.15Anisotropic reinforcementposites oftion tuned nanocom- ofjestin by the filler magnetic network orienta- 16:30 Micotti christine m Francesco Orsini lian oberdisse fano Carretta Esposito” InstituteBiological of Chemistry, General UniversityTrentacoste Physiology 2, of and I20134, Milan, Italy. Via — 1 CEA2 Saclay 91191Chargées(LI2C), UMR 7612 CNRS Gif/YvetteParis / 6, Université France 4,cedex place — 05 JussieuDS/LSS, - France 6 case rue — Grenoble 63 Jules Cedex 75252 Horowitz, Paris B.P. 9 156, France 38042 — ore1 Timco di Pavia,and Via S3-CNR-INFM, Modena, Italy Bassi — 6, I2 7100, Pavia, Italy Chemistry, University ofItaly Parma, I43100 — Parma, Manchester, Oxford Road Manchester,UK M13 9PL, Spin dynamics inlattice Cr7Ni relaxation ring rate using havegations been nuclear in studied. spin- the Investi- temperature range around J value Collo¨ıdes,Verres et Nanomatériaux(LCVN), cc 26 UMR 5587Montpellier Cedex UniversitéMontpellier 05 II, France 34095 We presentwhich an anisotropic mechanicalbe innovative reinforcement can tuned nanocompositenetic by field in resulting applicationthe from of filler the network local probed an(SANS) orientation with measurements. of external neutron scattering mag- 36 , , 2 1 — , 1 Rettorato Car- 2 , Julian 2 Nicanor Michael Nickolaj , 4 , 1 , 3 Dorin Luca , and • 3 Al.I. Cuza Univer- 3 Farid Fettar — Belarusian State Uni- 4 , Mihai Lozovan 1 , 2 Belarusian State University, 4 Aline Ramos Maria Dolors Baro Alex Stognij Gh. Asachi Technical University, , Vladimir Pankov 1 1 Instituto de F´ısica, Universidade Nicoleta Cornei , Departament de F´ısica, Universi- 5 Departament de F´ısica, Universitat 3 2 — , , 2 , and 3 Scientific-Practical Materials Research 3 1 5 3 , 2 Houmed Garad • Scientific-Practical Materials Research Cen- Instituto de F´ısica,Universidade Federal do National Institute for Research and Develop- 3 5 2 Institut NEEL, CNRS & Université Joseph versity, 4 Nezavisimosti Avenue,Belarus Minsk, — 220030, Federal do RioAlegre, Grande RS, do Brazil Sul, 91501-970A Porto few angstromsSiO2 thick by ion Co beam sputteringnetic layer presents behaviour deposited a at ferromag- onto roomfrom results temperature, published in differently thelow-thickness literature Co concerning layers deposited on oxides Centre of NASMinsk, of 220072, Belarus Belarus, — 19 P. Brovki Street, Novitskii Geshev 1 Fourier BP166France F-38042 — tat Grenoble Autònoma deSpain Cedex Barcelona, — 08193 9, Bellatera, Pashkevich Fourier BP166France — F-38042Autònomade Barcelona, Grenoble 08193— Bellatera, Cedex Spain 9, tre of NAS of Belarus,220072, 19 Belarus P. Brovki — Street,4, Minsk, Nezavisimosti Avenue, Minsk,— 220030, Belarus Rio Grande do Sul,Brazil 91501-970 Porto Alegre, RS, Magnetic measurementstures, (at Co different thickness,i.e., tempera- ZFC/FC magnetic procedures), field showed thatbiased and exchange- CoO structure history, isa obtained Co by layer sputtering onto of Sideposited. substrates where O was initially TUEp.MAG.13Ferromagnetic behaviour˚ A at thick RT— Co of layerLuc a deposited 6 Ortega on Si/SiO2 16:30 TUEp.MAG.14Method and Experimentaling Stand for a Test- Mihail Magnetoresistive Liviu Craus men Mita Cimpoesu ment for Technical Physics, 47RO-700050 Bd. Iasi, D. Romania Mangeron, — sity, 16:30 11 Bd. Carol I, RO-700506 Iasi, Romania 67 Bd. D.— Mangeron, RO-700050 Iasi, Romania , , 1 2 — — 2 ´ ozef 2 Nick- Aline J ´ erez Julian , , , 3 2 , , Giovanni 4 1 • Pawe l Pawe Rduch — P.L.Kapitza Grzegorz Ur- Lab. de Mag- Edgar P Luc Ortega , 2 — , 2 , 1 , and General Conference of the Condensed Matter Division of the European Physical Society Alex Stognij Vicente Sagredo , Farid Fettar nd 3 • Jerzy Warczewski Vladimir Pankov 22 Maria Dolors Baro — Pawe l Gusin Pawe • , and , 1 , 3 — Gerson Marquez Alexander Bazhan Houmed Garad , and , • 5 1 , , 2 1 — Grzegorzladarz W , Institut NEEL, CNRS & Université Joseph IMEM-CNR Institute Parco Area delle Scienze Geshev 1 olaj Novitskii Ramos Michael Pashkevich TUEp.MAG.12Exchange bias inSi-O substrates Co layers deposited on 16:30 netismo, Fac.Andes, de Mérida.Venezuela Ciencias, UniversidadNanosized de CoxNi1-xFe2O4 (40-50 Los nm)pared by were co-precipitation pre- method usingnitrates the as metal precursors.characterized by The usingdiffraction, nanoparticles TEM microscopy; were magnetizationfunction X-ray of measurements temperature and as magnetic field. a Fulvio Bolzoni 1 37A, 43010 Parma (Italy) — TUEp.MAG.11Hysteresis phenomena, dynamicbility, giant suscepti- magnetoresistance andspin glass cluster states inmanganites the selected spinelsKrok-Kowalski and ban 16:30 TUEp.MAG.10Antisymmetric Exchange in Antiferromag- netic Materialstures of Rhombohedral Struc- 16:30 Attolini Institute for Physicalgina Problems, 2, RAS, 119334 ul. Moscow, Russia Kosy- Depending onholes spin-orbit transferrings between interaction, energyacting levels electrons, of magnetic inter- ions,dral determined oxygen crystal by fields rhombohe- in and their antiferromagnets, particularities aremetric, discussing Dzyaloshinskii-Moria exchange for identifica- tion, antisym- using Hubbard Hamiltonians. — University ofUniwersytecka Silesia, 4, Institute PL-40-007 Katowice, of Poland Physics,The phenomena ul. are related tonetic frustration moments, of magnetocrystalline mag- andanisotropy exchange as welland as FM clusters to caused reconstructionfield by and the of accompanied external AFM magnetic by the charge tunneling. TUEp.MAG.9Synthesis and Characterization ofxFe2O4 CoxNi1- nanoparticles 16:30

Tuesday iuino oit n a vdne yHard by evidenced was spectroscopy. ZnO photoelectron X-ray into thermal Co by film of (Zn,Co)O diffusion thin a of formation The Belgium Namur, B-5000, Germany Bruxelles, de — rue 61 1 mag- subsystem. Dy superposed to the as in well netization in as Dy- transitions subsystem The spin-flop iron to the lead fields Fe-subsystem. magnetic Exter- nal the paramagnetic. initially in remains subsystem 38K at DyFe3(BO3)4 of occurs ordering antiferromagnetic The Russia of 660036, Branch Krasnoyarsk, Siberian RAS, Physics, of Institute Kirensky osdrn l hsso h eaantcmate- metamagnetic the rial. of approach, phases matrix all transfer theoreti- considering a is using by layers, studied insulator cally metamagnetic non-magnetic a of a stacking and the by struc- up — layered made tures, in Brazil propagation polariton CEFET-MA, Magnetic Exatas, Ciencias 2 de — Germany Research, Dresden, Materials 01171 and Dresden, IFW State — Solid for Russia Institute Moscow, 119991 State University, Moscow Department, Physics Temperature Berndt Leonard nykh Alexandr UpMG2 16:30 and Sighinolfi Luca nanomagnets MgO(001) fabrication in- Fe crystal, on of single Beam teracting, characterization Ion magneto-optical Focused TUEp.MAG.23 16:30 Albuquerque Eudenilson Vasconcelos noel Lay- Structures Metamagnet ered in Polaritons Magnetic TUEp.MAG.22 16:30 photoelectron Drube X-ray Wolfgang energy probed ZnO high spectroscopy into Co by of diffusion Thermal TUEp.MAG.21 16:30 DyFe3(BO3)4 of • properties Magnetic TUEp.MAG.20 uuadraCubaka Mugumaoderha nvriyo au,Dprmn fPhysics, of Department Namur, of University eatmnod iia FN Brazil UFRN, Fisica, de Departamento ooaElena Popova 2 aya mDs,Ntetas 5 D-22603, 85, Notkestrasse Desy, am Hasylab 2 and , 1 , eeo Vladimir Temerov lnee Ruediger Klingeler — 3 1 2 , , — , 2 rsa Natalia Tristan 22 inCroGazzadi Carlo Gian • — esNorman Leps and , 1 aqe Dumont Jacques , • nd lsadod Bona di Alessandro • alsAraujo Carlos al Mauriz Paulo 1 oetSporken Robert eea ofrneo h odne atrDvso fteErpa hsclSociety Physical European the of Division Matter Condensed the of Conference General , 2 aqe Ghijsen Jacques — 1 3 Departamento , 2 , 2 Bezmater- 2 , B Vasiliev — 2 1 uchner ¨ 1 Leibniz 2 , , 1 and , 3 1 and , Mac L.V. 1 Ma- Low — — 1 1 , , nary fsur aoant arctdby fabricated nanomagnets Beam. square Ion Focused of magnetic arrays on in grown anisotropy con- magnetic coupling-induced deposition films growth-induced, and on ditions Fe dependence its crystal and on MgO(001) single of report anisotropy We 41100 213/A, Italia Campi Modena, Modena, via Fisica, 41100 di 213/A, Dipartimento Campi — via Italia S3, Ricerca omdi iwt td h ferromagnetic- the study to transition. metal-insulator view and paramagnetic in per- were measurements formed were transport (XRD), FT-IR). and samples diffraction (UV-VIS, Magnetic The X-ray methods the spectrophotometric method. by sol-gel characterized by tained ob- were Russia Moskva, Joliot- La0.54(Ho,Sm)0.11Sr0.35Mn1-xCuxO3 Region Dubna, Dubna, 141980 Physics, 6, Curie Neutron of Laboratory Valeri Sergio ui n rniintmeauewt increase the with of concentration. decrease temperature Fe of a transition observed magnetic and we From Curie data were electric analysis. method, and XRD sol-gel by by investigated La0.54Ho0.11Sr0.35Mn1-xFexO3 prepared manganites, of 700050 Structure Russia Dubna, Bvd. 6,141980 Joliot-Curie — Mangeron Research, Romania D. 16:30 47, Iasi, Tech- Physics, for Development nical and — Research Romania of Iasi, Institute 700050 Bvd., I Carol properties Balasoiu transport • Cornei La0.54Ho0.11Sr0.35Mn1-xFexO3 Nicoleta magnetic/crystalline and of on structure influence Iron TUEp.MAG.25 Roma- 700050 Iasi, Bvd., — Mangeron Physics, 16:30 nia Technical D. Iasi, for Bvd, 47, Development I and search Carol — 11 Romania University, 700506 Al.I.Cuza of and Craus properties Mihail-Liviu manganites struc- doped transport Cu the and of on magnetic cations tural, lanthanide of Effect TUEp.MAG.24 amnMita Carmen ia Lozovan Mihai 3 2 on nttt o ula Research- Nuclear for Institute Joint 3 nvri` iMdn egoEmilia, Reggio e Modena Università di — 1 1 1 , , lICz nvriy 1 Iasi, 11, University, Al.I.Cuza 2 ia Lozovan Mihai 1 3 — , on nttt o Nuclear for Institute Joint 2 2 2 Ntoa nttt fRe- of Institute .National , ialLvuCraus Mihail-Liviu 1 3 — N-NM etodi Centro CNR-INFM, , ioeaCornei Nicoleta — 1 hmsr Faculty Chemistry • amnMita Carmen 2 and , 2 National Maria Rettorato 2 , — 3 1 1 , , , 37 og let Gonz Alberto Jorge Effect discussed. paramag- reported. is in state are correlations netic T magnetic 14 anisotropic to of up in fields measured magnetic UCoAl metamagnet) and 5f-electron ex- (antiferromagnet) (itinerant thermal UNiAl anomalous of the pansion in features Common Republic Czech Prague, and 16:30 Fe at segregation Cr TUEp.MAG.26 67 aao,San— E- Spain 382, 16:30 Postal Badajoz, Apartado Universi- 06071 Extremadura, Industriales, de Ingenier´ıas Electromecánica,dad Ingenier´ıa de e Escuela Electrónica de and Onset Bellor fields: wave sys- suppression to Gordon subjected sine tems in chaos Spatiotemporal TUEp.MAG.29 16:30 of Magnetism UNiAl and and UCoAl Expansion Thermal TUEp.MAG.28 temperature investigated. were Curie above mi- other. mechanisms on Transport characteristics, the magnetic transport and and side, between structure a on established parameters, good crostructure A was 1200*C. at correlation treated and manganites synthesized were La0.54Ho0.11Ca0.35CoxMn1-xO3 Dubna, Romania Iasi, 141980 700050 6, — 16:30 Joliot-Curie Blvd., Russia Mangeron Research, in D. clear — 47 Iasi,Romania 700050 Physics, Technical for 1 Ivankov mechanisms sandr Cornei Co manganites Nicoleta with doped La0.54Ho0.11Ca0.35MnO3 Transport TUEp.MAG.27 atoms impurity considered. of are position Differ- and principles. concentration first ent grain from Σ3(111) studied and mag- is Σ5(210) and boundaries Fe cohesive of on properties impurities netic Cr of effect The Wroc Wroc Poland of law, law, University Physics, and boundaries grain ainlIsiueo eerhadDevelopment and Research of Institute National dmKiejna Adam a Prokleska Jan ´ ın 2 3 , lICz nvriy d ao 11, I Carol Bd. University, Al.I.Cuza • — usEii Guerrero Emilio Luis 2 iad Chac Ricardo and , 3 — nttt fExperimental of Institute — , — — ia Lozovan Mihai • alez ´ ialLvuCraus Mihail-Liviu hre University, Charles — 2 • he Islamov Ahmed on nttt o Nu- for Institute Joint • Σ5(210) ldmrSechovsky Vladimir liaWachowicz Elwira 4 2 sul eF´ısica, de Escuela — 1 on ´ Departamento and 1 , 1 Alberto , Σ3(111) 3 and , Alek- 2 1 · , — 2 usa 6Ags 2008 August 26 Tuesday , eeul,Aatd 78,Crcs1041-A, Caracas de — 47586, Central Venezuela Universidad Apartado Ciencias, Venezuela, de Facultad Testa — Venezuela Caracas 1080-A, 89000, Bol´ıvar,Apartado Simón sidad abr Paci Barbara proposed additional are numerically. an confirmed field by and wave theoretically suppression wave its plane plane as small-amplitude a well damped to as a field subjected in chaos system spatiotemporal sine-Gordon of onset The Venezuela Cient´ıficas, 1020-A, Caracas Investigaciones 21827, Apartado de Venezolano tuto — otrtnoSao(M,Iay— Italy (RM), Scalo Monterotondo xsgoer hc aeoii ointeresting to origin easy properties. gave anisotropy unusual magnetic which an showed geometry system is axes PLD, The by deposited properties discussed. films CoxPt1-x structural L10 and (111) magnetic of of study Italy The Roma, 00100 Roma2, Area Research UpMG3 16:30 Com- de Santiago — Spain E-15782 postela, Santi- Compostela, de de F´ısica, Universidad ago de Facultad sada, Ferrer 1 alloying of Jaime Mn structure by Longo magnetic clusters Fe the Engineering TUEp.MAG.32 GaN. in ion they Mn that the configuration shown of electronic the is describe it correctly can particular, 16:30 In hybrid Mn- using by of functionals. semiconductor structure dilute electronic III-V doped the studied Vienna, have We A-1090 8/12, Materi- Sensengasse Austria Computational Science, for als Center and Vienna, doped semiconductors Mn Stroppa to applied III-V functionals Hybrid TUEp.MAG.31 16:30 L10- axis record- easy perpendicular Agostinelli density ing high tilted films for PLD CoPt(111)/Pt(111)/MgO(100) Four TUEp.MAG.30 c,AoiayOtc,Uiesddd Valladolid, de Universidad Optica, y Atomica ica, eatmnod ´sc el aei Conden- Materia la F´ısica de de Departamento 1 S-N,Rsac raRm1 00016 Roma1, Area Research ISM-CNR, — 1 1 , , ioFiorani Dino aulAlemany Manuel aut fPyis nvriyof University Physics, of Faculty — • apr Varvaro Gaspare 1 , 3 2 aaLaureti Sara eatmnod F´ısica, Univer- de Departamento and , 3 and , 2 eatmnod iiaTeor- Fisica de Departamento aei os Albertini Rossi Valerio 4 1 etod ´sc,Insti- F´ısica, de Centro , usGallego Luis mnaGenerosi Amanda 1 — 1 , , let Maria Alberto nrsVega Andres 1 , — • Alessandro Elisabetta 2 ISM-CNR, • Roberto 1 — 2 2 2 , ,

Tuesday , 1 — Si- 5 , Nico- Remo 3 , 4 , 3 — Institute CSAC, Uni- 3 , and Jan Vogel 2 • Dipartimento di — 2 LPM, UMR CNRS 2 Alain Schuhl Gloria Bianchino Rachid Belkhou , and , 1 Synchrotron SOLEIL, L’Orme 2 , 3 Dipartimento di Chimica, Uni- 2 1 Gianni Antonioli — , Sincrotrone ELETTRA, AREA Sci- 3 2 4 Krzysztof R. Przegietka • Laboratoire SPINTEC, URA 2512, 38054 — 5 Institut Néel, CNRS and UJF, B.P. 166, Coriolan Tiusan las Rougemaille 1 38043 Grenoble, France7556, — Nancyillettes, Université, Boulevard B.P. des 239,Cedex, France — 54506 Aigu- Vandoeuvre-lès-Nancy TUEp.CUL.6Acoustical analysisDei of as thegin big a bellof tool Tuba Physics, for NicolausGrudziadzka 5, Copernicus investigating 87-100 Torun, University, Poland itsThe ul. acoustic ori- analysis ofbells one in of Europe the - biggestdral ”Tuba Dei” gothic in from Torun*s Poland cathe- probable - origin of is the givensented. bell and and its conclusions 16:30 master about are pre- TUEp.MAG.37Magnetic interactionsFe layers between instudied Co/MgO/Fe Co by trilayer XMCD-PEEM systems and 16:30 des Merisiers Saint-Aubin, 91192France Gif-sur-Yvette, — ence Park,— 34012Grenoble, France Basovizza,We Trieste, used XMCD-PEEM to separately Italy netic image domain mag- structures in thetechnologically Fe and important Co layers Fe/MgO/CoDetails of systems. are obtainedmagnetic on coupling the in thickness trilayer dependent systems with MgO. The precession frequencylator of as a a spinangle function is torque of measured, oscil- and thequencies extrapolation applied predicts as magnetic fre- high field in-plane as fields. 94 GHz can be reached for Paolo Lottici mona Riva Reverberi versità di Parma,Fisica, Parma, Universitàdi Italy Italy — — versitàdi Parma, Italy Felt-tip pens inks,investigated used by micro-FT-IR, in micro-Raman,orimetry graphics, col- and have SERS.been been applied Discriminant also on analysistion aged on has materials. Sottsass 1960-70’s An drawings applica- is presented. , , Tuesday 26 August 2008 1 1 — — · An- Pier 1 , 1 , 2 — Institute Alexandru ˚ Akerman and Giovanni Mori , 1 Stefano Bonetti • Johan Elisa Campani — , Danilo Bersani 1 , 1 , and 2 Radu Tanasa • — Alexandru Ioan Cuza University, Fac- Krzysztof R. Przegietka — • — Maria Elena Darecchio Department of Microelectronics and Applied Technology Solutions Organization, Freescale • tive fingerprinting tool for non-destructive ancient ceramic characterization, providingcompositional a marker andduced of porosimetric by firing. properties in- TUEp.CUL.5Felt-tip Pen Inkstigations by for Vibrational Art Spectroscopies Design: Inves- 16:30 TUEp.MAG.36Magnetic point-contactquency vs precessionprospect magnetic for fre- ation spin field at torque angle oscillator 94 - oper- GHz The 16:30 TUEp.CUL.4Acoustical analysisDei of as thegin big a bellof tool Tuba Physics, for NicolausGrudziadzka 5, Copernicus investigating 87-100 Torun, University, Poland itsThe ul. acoustic ori- analysis ofbells one in of Europe the - biggestdral ”Tuba gothic Dei” in from Torun’s Polandprobable cathe- origin is of the givensented. bell and and its 16:30 conclusions master are about pre- Marco Giannetto TUEp.MAG.35Asymmetric switching characterizationnanostructured of magnetictems interacting sys- 16:30 tonella Casoli Fred Mancoff 1 Physics, Royaltrum Institute 229,2 of 16440 Technology, Stockholm-Kista, Elec- Semiconductor Sweden Inc, — USA Chandler, Arizona 85224, Stancu ulty of Physics,Romania 11 Blvd.In Carol I, a 700506nanoparticles system Iasi, the of switchingelement experience strongly properties a of majorpared interacting with transformation every magnetic the com- macroscopicto hysteresis interactions, loop. the localasymmetric. Due hysteresis loops become 38 , , 3 3 — — , 1 Rettorato 4 Carlo IIstituto Alberto , 3 2 • Physics Department , 1 Research Cen- 1 — — 3 C-Lab Institut Laue- , 1 4 Claudia Mondelli Dipartimento di Chimica e Francesco De Luca 2 , , and 2 , 3 Maria Roberta Cimberle 1 Maurizio Ferretti , , 1 1 Camilla Terenzi • Dipartimento di Fisica, Università’Sapienza’, 3 Laboratorio Materiali Artificiali e Innovativi, Dipartimento di Fisica, Universitàdi L’Aquila, Materiali persiglio Elettronica Nazionale e delle33, Mangetismo, Ricerche, Via Genova, Con- Langevin Dodecaneso & Italy Istituto NazionaleMateria, — per la Consiglio Fisicarue Nazionale della Horowitz, 38042 delle Grenoble Ricerche, CedexWe 9, 6 report France aconcerning neutron the powderthe effect diffraction structural study (Ho0.50Ca0.50)MnO3 of between 10 and and Cr 300 K substitution magnetic on properties of Roberto Masini 1 Istituto NazionaleConsiglio per Nazionale delle la Ricerche, Corso24, Fisica Perrone Genova, Italy della — Chimica Materia, Industriale, Universita’Dodecaneso di 31, Genova, 16146 Genova, Via Italy — and ter SOFT-INFM-CNR,P.le Università Aldo2 ’Sapienza’, Moro 2,V. Vetoio I-00185 10,— I-67010 Roma, Coppito,P.le Italy Aldo L’Aquila, Moro 2, Italy — I-00185T1-T2 Roma, correlation Italy mapstion obtained single-sided by NMR low may constitute resolu- an innova- Martinelli Castellano and Materials, University ofdi L’Aquila, Roio, Monteluco I-67040 L’Aquila, Italy In this workHeritage a nanolime, conservation, to isterised be in produced order used to and incess. evaluate its charac- Cultural carbonatation The pro- obtainednatural lithotypes(Poggio nanoparticles Picenze,Travertino are and appliedBasalto) on TUEp.CUL.3Effect oferties firing of ontigated archaeological the byCinzia structural ceramics NMR Casieri prop- inves- T1-T2 correlation 16:30 the q dependence ofperature the and SANS applied intensityand on below magnetic tem- the field magnetic transitions just above TUEp.MAG.34Effect oftural Cr-substitution(Ho0.50Ca0.50)MnO3 on and the struc- magnetic properties of 16:30 , 4 2 — — 1 Maria , Maurizio 1 • , 1 Departamento de Julien Moreau 3 , Claudia Mondelli 1 General Conference of the Condensed Matter Division of the European Physical Society Giuliana Taglieri Dipartimento di Chim- • 2 nd — , and Jean Marc Frigerio 3 22 INFM-OGG, Institute Laue - 4 ¨ el Latour Alberto Martinelli , and 1 Ga , 2 • Carlo Castellano , 1 — — LAMIA-INFM-CNR, Corso Perrone 24, 1 Laboratoire Charles Fabry, Palaiseau, France 2 Institut des Nanosciences de Paris, Paris, France Istituto IMEM-CNR sezione di Genova c/o Di- Mady Elias Department of Chemistry, Chemical Engineering TUEp.CUL.2The nanolime in Culturalvation; treatment Heritage effectiveness conser- onnatural different lithotypes. 16:30 — 1 — Optical Coherence Tomography (OCT)invasive is and a non-destructive non- very technique promising which to is dimensional analyse imaging works is realised ofsible but to art. it obtain is spectral alsomaterials. Three- pos- information from studied 16152 Genova, Italyica — e Chimica Industriale,Via Universita’ di Dodecaneso3 Genova, 31,partimento 16146 di Genova, Fisica,Genova, Via Italy Italy Dodecaneso — 33, — Langevin, 16146 6 rueCedex Jules 9, Horowitz, France 38042 Grenoble We reportstudy a magnetic inyCry)O3 clustering (y Cr-substituted development = 0.00-0.06) (Pr0.55Ca0.45)(Mn1- manganites, analysing TUEp.CUL.1Optical Coherence Tomographytool (OCT): for imaging a andof spectroscopy on art works 16:30 Ferretti Roberta Cimberle 16:30 – 18:40 Poster Session - Methodsitage for and Cultural Her- Vacuum Science TUEp.MAG.33Smallstudy(Pr0.55Ca0.45)(Mn1-yCry)O3 angle ofites mangan- neutron magnetic clustering scattering in 16:30 E-47011 Valladolid, Spain — Fisica, Universidad de Oviedo,Spain E-33007, Oviedo, We propose toatomic tailor clusters by the suitablethe doping, magnetic nanometric that structure equivalent produces to of alloying.

Tuesday ihteamo xliigti ytmfrphoto- applications. for therapy system photodynamic this and exploiting voltaic of nanocrystals, aim CdTe the and with properties, blue methylene photochemical ma- on hybrid based enhanced novel with of development terial the report We Ireland Trinity Dublin, Immunology, College, and Biochemistry of School ee uln rln — Col- Adaptive Ireland Trinity on Dublin, Nanodevices, Research lege, and for Centre Nanostructures and Physics Rakovich1 P in Rakovich siana UpSM. 16:30 field in magnetic two- perpendicular system strong the electron-hole a excitationsof dimensional Plasmon-type TUEp.SEMI.4 magneto- virtual of existence complexes. derived. exciton-plasmon the be fluctuations will suggest density plasma They electron-hole(e-h) the the as mag- of well of as annihilation and netoexcitons creation operators the summary the describing for 5, equations motion — The Sweden Moldova Uppsala, 21, 16:30 Str. SE-751 of 530, Academic Republic Moldova, MD2028, 2 of Chisinau, Sciences of — Liberman Michael vectors wave of arbitrary state with Condensation a two- Bose-Einstein in of magnetoexcitons excitations dimensional elementary 16:30 Collective TUEp.SEMI.3 Spectroscopy Pressure Capacitance Under Frequency (FRCS) From Parameters Resolved Level Deep TUEp.SEMI.2 16:30 Photody- Applica- for Photochemical System and tions Hybrid namic tals Nanocrys- Blue-Semiconductor Methylene TUEp.SEMI.1 Session Poster - Physics Semiconductor 18:40 – 16:30 h otiuinhsbe ihrw yteau- the by withdrawn thors. been has contribution The 247-667 Saxena mar eiodco htnc ru,Sho of School Group, Photonics Semiconductor eatato hsc,UpaaUiest,Box University, Uppsala Physics, of Departmant 1 nttt fApidPyiso h Academy the of Physics Applied of Institute — • lasnr Rakovich Aliaksandra I.I.T.,Roorkee(Uttrakhand)India — 1 and , — 2 , 22 vaolvMoskalenko Sveatoslav 2 and , icn Kelly Vincent nd onFDonegan F John 2 eea ofrneo h odne atrDvso fteErpa hsclSociety Physical European the of Division Matter Condensed the of Conference General • N ilg Group, Biology RNA vhn Dumanov Evgheni — • so Ku- Ashok 2 1 , , Yury 1 Tat- — 1 1 , n cutcl.Aprubto hoyi the in method. theory function Green’s perturbation the A at spectrum(optical frame energy acoustical). the of and two- branches the two characterizedby of are liquid excitations electron-hole dimensional level intra-Landau The Uppsala, 21, Sweden SE-751 530, Box University, Uppsala odv,Aaei t.5 hsnu MD2028, Chisinau, — Moldova 5, of of Republic Sciences Str. of Academy Academic the Moldova, of Physics Applied of edfrWge,si-ige n rknsymme- magnetic states. broken a spin-singlet and in try four- spin-singlet dot Wigner, a quantum for of a field the energy in state for system ground electron formalism the diagrammatic of evaluation a develop We 1, Manoogian Armenia A. Yerevan-0025, Physics, — of Department Cyprus versity, 20537, Nicosia, Box P.O. 1678, — Physics, of Antwerp Department B-2020 Cyprus, Groenenborg- 171, Physics, erlaan of Department Antwerp, Mirchya UpSM. 16:30 Dzhagan Yukhymchuk Volodymyr spectra Raman scattering on system quan- (wire)-in-matrix of dot structure tum crystal internal of Effect TUEp.SEMI.7 16:30 Mag- Broken- and a and State in Phase Avetisyan Spin-Singlet Dot Wigner Symmetry Quantum Field: a netic in Systems Few-Electron for Formalism Diagrammatic TUEp.SEMI.6 16:30 systems extended to applied • ory the- perturbation Møller-Plesset 2nd-order TUEp.SEMI.5 Michael — dcbudr odtosadapaewv basis wave plane a peri- set. and using conditions systems, boundary extended odic of for level theory, pertur- the bation Møller-Plesset at 2nd-order calculations + initio Hartree-Fock ab present We Aus- Vienna, tria A-1090, 8/12, Materials Sensengasse Computational Science, for Center and Vienna, Kresse Georg atj Marsman Martijn oklnoSveatoslav Moskalenko nhtDjotyan Anahit 2 1 , and , 1 , • uao Evgheni Dumanov osatnsMoulopoulos Konstantinos ahayvIsiueo Semi- of Institute Lashkaryov — aut fPyis University Physics, of Faculty — tfnAngela Stefan , — nra Gr Andreas 2 and , 3 eatato Physics, of Departmant • ntlyYaremko Anatoliy 3 — eea tt Uni- State Yerevan 1 1 1 1 2 nvriyof University , , nvriyof University — Volodymyr — Shmiglyuk uneis ¨ hsc Department Physics Liberman 1 Institute • Artak and , — 2 , , 39 h rsa tutr fbt h unu o and dot quantum matrix. the surrounding account both of into structure taking the crystal the with using method theoretically function studied Green (wires)-in- is dot system quantum matrix from scattering Raman 03028, Kyiv Ukraine, Ukraine of NAS Physics, conductor inadXryeiso spectrosopies. absorp- X-ray emission used X-ray el- have and we com- 3d tion aim semiconducting of this For in atoms pounds. magnetism impurity and on of conditions ements structure synthesis local of the influence an show We Russia GSP-170, Sciences, Ekaterinburg of Academy 620041 Russian the of Division Ural Kurmaev Ernst 16:30 Het- Quan- InAs-Based Podgornykh Double the of in erosystems Made Wells Effect tum Hall Quantum TUEp.SEMI.8 UpSM.016:30 — Italy (Ca), Monserrato Cagliari, 2 di versita’ and photonics 1 Malloci in liano hydrocar- homologous applications aromatic electronics for of polycyclic bons of excitations classes Electronic TUEp.SEMI.10 16:30 Ions Metal Transition Compounds 3d • of Cu2O-based with and Magnetism Doped ZnO, and ZnS, Structure Electronic TUEp.SEMI.9 Sadofyev Visser de ugGP10 201 usa— Ekaterin- Russia 620041, 18, GSP-170, Str., burg Kovalevskaya S. Branch, Ural ukgfco hni rdtoa GaAs/AlGaAs traditional larger in a DQWs than to g-factor attributed bulk are InAs/AlSb which and InGaAs/GaAs heterosystems, wells of quantum made double (DQWs) of magnetotransport quantum the in observed are features Unconventional Arizona 25287-5706 Re- Tempe, University, Electronic State State Arizona Solid search, for Center and The neering Amsterdam, Amsterdam, — XE of Netherlands 1018 University 65, Institute, Valckenierstraat Zeeman - NF-Osraoi srnmc iCagliari, di Astronomico Uni- Osservatorio - - INAF Fisica di Dipartimento CNR-SLACS, ain Surkova Tatiana 3 2 — , — — 1 , 1 iniGalistu Gianni • 3 nttt fMtlPyis RAS, Physics, Metal of Institute 2 • inal Cappellini Giancarlo eateto lcrclEngi- Electrical of Department and , ldmrNeverov Vladimir ihe Yakunin Michael nttt fMtlPhysics, Metal of Institite — , ai Galakhov Vadim icm Mulas Giacomo 2 2 and , a e Waals der Van 1 , 2 1 , , 1 Sergei and , , Yurii Anne 2 Giu- · — — usa 6Ags 2008 August 26 Tuesday rlted safnto fmlclrsz r re- are size molecular of some function ported. a of as trends spectra electronic Gen- eral absorption oligorylenes. the and n-phenacenes, of the oligoacenes, study and systematic structure a report We Italy (Ca), Capoterra rv ih trg ffiinisi oisquantum im- solids to devices. in devised memory efficiencies storage be photonic light can tunable prove that all-optically structures band-gap attain em- to be may ployed diamond in centers nitrogen-vacancy of transitions optical broadened Inhomogeneously Bres- of Italy University cia, Materials, of Physics and — istry Italy Pisa, Superiore, — China Changchung, versity, Artoni UpSM.416:30 Magnetic to Bound States Landau via Cur- rent Tunneling Resonant Spin-Dependent TUEp.SEMI.14 rel- the mechanisms. calculate account scattering and into evant taking structure mobility low-field electronic the the perform obtain We to calculation 16:30 Poisson-Schroedinger mode. self-consistent JFET a gate in surrounding operated doped nanowire uniformly a consider We Bel- Antwerpen, gium B-2020 171, — Groenenborgerlaan Belgium Leuven, Magnus and mobility structure low-field electronic : iJFET Nanowire TUEp.SEMI.13 16:30 Diamonds. in Wu Driven Centers Optically Color with Photonics Tunable TUEp.SEMI.12 2D a applied. in is spin mag- electron field a netic which the an dot,to of quantum of Rashba subbands anisotropic evolution the 16:30 time and states the investigate We 71454,Iran ,Shiraz University raz — 71454,Iran ,Shiraz University 2 Shiraz Science, dot Golshan in quantum states 2D • spin anisotropic Rashba the a of behavior Dynamical TUEp.SEMI.11 eateto hsc,Cleeo cec,Shi- Science, of College Physics, of Department aomhSisakhti Masoumeh 1 , • 3 ispeL Rocca La Giuseppe 1 2 , — 2 — — 1 1 eateto hsc,JlnUni- Jilin Physics, of Department eateto hsc,Cleeof College Physics, of Department 1 MC aedef7,B-3001 75, Kapeldreef IMEC, — 1 2 • nvrietAntwerpen, Universiteit atSoree Bart and 3 eateto Chem- of Department oaa Mehdi Mohamad 2 and , 2 coaNormale Scuola — 1 Maurizio and i Hui Jin Wim —

Tuesday , , 2 1 — — ´ ac 2 Romeo Jacques Jozef T. • Vlastimil • — — ı Pangr ´ ˇ r — , and Ji Alice Hospod- Universitatea Po- 1 , Bogdan Caruntu , 2 2 , ´ a m. The high emission 2 Eduard Hulicius — µ 2 , and 2 ı Oswald ´ ˇ r Institute of Physics of the Academy Ji 2 Ioan Zaharie Serghei N. Klimin — Theoretische Fysica van de Vaste • , , , Karla Kuldov 1 1 m-emitting InAs Quantum Dots with , Ioan Luminosu 2 µ ´ Universitatea Politehnica Timisoara, Depart- a ´ apek 2 ˇ r Institute of Condensed Matter Physics, Masaryk wavelength is explained by theincreased reduced volume. strain and litehnica Timisoara, Departmentics, P-ta of Victoriei 2, Mathemat- — 300006, Timisoara, Romania K kov Karel Melichar 1 CZ-61137University, Brno, Kotláˇrská2, Czech Republic — of Sciences of the Czech Republic,nická10, CZ-16200 v.v.i, Prague, Cukrovar- Czech Republic We reportultra-thin on capping layers exhibiting InAs/GaAs an efficientminescence quantum lu- around dots 1.55 with Negrea and ment of Physics, Bvd. In this paper aof theoretical model the for propagation thecell of behavior electrons (the in electronsity a functions) density photovoltaic and andSchrödingerequation. has the as the current starting den- point the TUEp.SEMI.27Imbalanced Fermiyond Gas the Mean-Field Approach inTempere aDevreese Trap:Stoffen Be- (TFVS), Universiteit Antwerpen,Antwerpen, Belgium B-2020 We represent a path-integral treatment ofcold trapped fermions with ainto population imbalance account taking fluctuations 16:30 effects beyond mean-field of and nonzeroand temperature. measured density profilesto The compare each calculated favorably other. TUEp.SEMI.28All Optical QuantumUsing CNOT Gate Semiconductor Design Quantum Dots 16:30 TUEp.SEMI.251.55 Ultra-thin Capping Layer 16:30 TUEp.SEMI.26On 3-dimensional QuantumModel Hydrodyamic for a Photovoltaic 16:30 the two- andclose one-phonon to the integralInAs/GaAs experimental intensities quantum data dots. is for self-organized , , Tuesday 26 August 2008 1 1 — · 2 Jozef Dieter Serghei , , Wilhelm • Terahertz 1 1 1 , Dominique 2 , — — 1 1 Fons Brosens , Interuniversity Mi- 2 , 2 1 Wolfgang Weber Walter Schottky Insti- Dieter Bimberg Universiteit Antwerpen, 2 , 1 1 Peter Olbrich — , Institut Festkörperphysik, für 1 2 2 , and Vladimir M. Fomin 1 Sergey Ganichev Wim Magnus Gerhard Abstreiter • , , 1 2 — Werner Wegscheider , and 1 , 1 Sergey Danilov Bart Soree • Theoretische Fysica van de Vaste Stoffen TUEp.SEMI.23One-dimensional transportconductors in nanoscaled :equation revisitingand theDepartement Fysica, Boltzmann Groenenborgerlaan2020 171, Antwerpen, B- Belgium — croelectronics Centre (IMEC), Kapeldreef3001 Leuven, 75, Belgium B- We have investigated diffusive 16:30 andport ballistic trans- of electronsconductor. coexisting in a Tohomogeneous one-dimensional this Boltzmann end equation weation in time have approximation, solved thetic using the relax- curves the in- method. characteris- TUEp.SEMI.24RamanInAs/GaAs Scattering QuantumN. in Dots Klimin Self-Assembled 16:30 Effect of low magneticfect field structure on in a InPestablished spectrum that has of after been treatment de- changes investigated.during observed long It time and is dependedafter from treatment value of time TUEp.SEMI.22All-electric detectiontion state of— of the terahertz polariza- laser radiation 16:30 T. Devreese Josef Kiermaier Bougeard 1 (TFVS), Universiteit Antwerpen, B-2020 Antwer- pen, Belgium — Schuh Technische Berlin, Universität PNbergstrasse 5-2, 36, Harden- D-10623 Berlin, Germany Multiphonon resonant Ramanassembled scattering quantum in disks self- nonadiabatic is investigated approach. using a The calculated ratio of Prettl Center, University ofgensburg, Regensburg, Germany D-93040 — Re- tute, TU Munich, D-85748 Garching,Room Germany temperature detectors of terahertzdiation laser allowing rain all-electriction manner determina- of Stokes parametersradiation of have elliptically been polarized developed.tion is Detectors based opera- onductor photogalvanic QW effects structures. in semicon- 40 , 1 — 1 ´ ecile — V. , and — V. C • Physics Department — Vincenzo Grillo , 2 Pierre Mallet Roman Redko , • 1 Svitlana Redko , Faustino Martelli — Neel Institut BP 166 • • — — , and 1 ´ eric Gay ´ ed Sincrotrone Trieste S.S.p.A., 34012 Tri- Fauzia Jabeen 2 Fr — , Laboratorio TASC, INFM-CNR, 34012 Trieste, TUEp.SEMI.21Peculiarities of radiativeindium recombination in phosphidefield caused treatments low magnetic 16:30 Silvia Rubini 1 Italy — este, Italy We report the catalyst-freeInAs nanowires growth on of SiWell GaAs by molecular ordered and beam arrays epitaxy. rials of have nanowires been of obtained.used both to Electron characterize mate- microscopy the is nanowires. TUEp.SEMI.19Surface conductivity ofmeasured epitaxial by graphene microscopic probes Jean-Yves Veuillen 38042 Grenoble cedex 9 France We present investigationselectronic on structure the of structural epitaxialnexion and with graphene transport in properties. con- form In theses order direct to 16:30 measurements per- wecroscopic are multi-probes. using mi- TUEp.SEMI.20Effect ofment the on microwavegallium radiation photoluminescence arsenide treat- Lashkaryov Institute spectra ofNational Semiconductor of Academy Physics, prospect of Nauky, 03028 Science Kyiv, Ukraine ofTo study Ukraine, the longation 41, time treatment effect on ofGaAs. a microwave radiative radi- We 16:30 have recombinationminescence obtained in after that treatment are the changedconcentration spectra as of well of local as lu- centers. Lashkaryov Institute ofNational Semiconductor Academy Physics, prospect of Nauky, 03028 Science Kyiv, Ukraine of Ukraine, 41, It hasporous been silicon shownwithout by methodic added applied the offace source morphology voltage. electrochemical formation ofportant The of etching for porous sur- enhancement of silicon electronparameters. field was emission very im- TUEp.SEMI.18Catalyst-free Growth of III-Vtor Semiconduc- Nanowirestaxy by Molecular Beam Epi- 16:30 Naud 3 Oleh Oleh Dept. 1 , , 1 1 — 300 fs dom- — School of 1 Mihail Iovu > Anatoliy Evtukh Scientific Research 2 , and 1 General Conference of the Condensed Matter Division of the European Physical Society and Viktor Kadan Viktor Kadan • nd , 1 , Institute of Applied Physics Ihor Pavlov Scientific Research Company 1 22 3 2 Pinchas Dahan • Ihor Pavlov — , and , 2 2 Dept. of Photonic Processes, Institute of Ivan Blonskyy Mykola Semenenko 1 Ivan Blonskyy • • ”Carat”, 202, Stryiska Str., Lviv, 79031,Time- Ukraine. and spectrally-resolvedabsorption induced measurements by of in femtosecond BK7 laser glassinant show pulses that absorption at mechanismfree delays is carriers, governed but most not probably by by excitons. Shpotyuk of PhotonicNAS Processes, of03028, Ukraine, Ukraine Institute — 46 of Prospekt Physics Nauky, Kyiv, TUEp.SEMI.17Electron fieldcon emission layers from growning by porous without electrochemical application sili- etch- of— external voltage — V.Physics, National Lashkaryov Academy of Institute Science45, of prospect of Ukraine, Nauky, 03028 Semiconductor Kyiv, Ukraine 16:30 AS ofChisinau, Moldova, Moldova Str.Ultrafast Academiei, nonlinear absorption 1,terband for MD-2028 intra- excitation and andmeasured inin optical bulk Kerrmechanisms chalcogenide of the glasses. effect absorbance dependence was tual Physical on pump/probe mu- polarization andphenomena other observed are discussed. TUEp.SEMI.16Spectral properties andsient dynamics of absorption tran- femtosecond induced laser— by pulses filamented in BK7 glass 16:30 Company ”Carat”,79031, Ukraine 202, — Stryiska Str., Lviv, Engineering at RuppinHefer Academic 40250, Center Israel Emek- We proposedependent resonant tunneling a current viastates Landau bound theoretical totum magnetic well. model impurities These statesing in for are bias a spin voltage, selective quan- spin- transport and, exhibit phenomena. us- various spin-dependent TUEp.SEMI.15Ultrafast nonlineartical absorption Kerr— effect and inShpotyuk op- chalcogenide— glasses Physics NASKyiv, of Ukraine, 03028, 46 Ukraine Prospekt — Nauky, 16:30 Impurities

Tuesday reebrela 7,20 nwr,Belgium Antwerp, — 2002 171, Groenenborgerlaan est,1AMnoin,Yrvn02,Armenia Yerevan-0025, — , A.Manoogian 1 versity, — Kazaryan UpSM.116:30 Field Magnetic Quantum a Trions Semiconductor Djotyan in and Parabolic Dots Complexes in -Donor Exciton TUEp.SEMI.31 approach. this by fabricated also properties were transport tailored Multiseg- with nanowires nanowires method. ment semiconductor template fab- the group using the VI fabrication regarding II results of latest rication 16:30 our present We Ro- Bucharest-Magurele, mania 77125 103, Atomistilor Elena Nanowires Semiconduc- tor of Properties and Fabrication by TUEp.SEMI.30 controlled be characteristics. can the medium loop gain that hysteresis the shown varying the is of It size absorber. 16:30 semicon- saturable a with ductor mode-locked semi- laser a disk in conductor hysteresis of demonstration present We Tampere, 33101, FIN Finland of 692, University Box Tampere P.O. Technology, Centre, Research tronics Laser Disk Semiconduc- Mode-Locked tor a in Bistability TUEp.SEMI.29 appropriate of pulses areas. gate two pulse CNOT choosing of by possibility formation the suggest semiconductor We a mech-anism. absorption in two-photon possibility using operation Dot the Quantum logic theoretically quantum of analyzed have We 003, Indore-452 Science, India and — Technology of India tute 017, Indore-452 2 Campus, Taksashila 1 Andrews Thomas Sen Pratima eil hsc,Bcaet auee Romania Magurele, Bucharest, — Physics, terials Stefan tohe Saarinen eateto ple hsc,Sr .S Insti- S. G. Shri Physics, Applied of Department Vishwavidyalaya, Ahilya Devi Physics, of School 2 2 1 3 eatmn yia nvrietAntwerpen, Universiteit Fysica, Departement nvriyo uhrs,Fclyo Physics, of Faculty Bucharest, of University eateto hsc,YrvnSaeUni- State Yerevan Physics, of Department usa Amna Saoi)SaeUni- State (Slavonic) *Armenian Russian 1 , iaMarian Sima 1 and , , 3 and , 2 1 ra Avetisyan Artak , • — lgOkhotnikov Oleg od hklQureshi Shakil Mohd. — osatnsMoulopoulos Konstantinos 2 22 — 1 • and , ainlIsiuefrMa- for Institute National nuec Ionut Enculescu nd 1 aiLyytik Jari , o Lucian Ion eea ofrneo h odne atrDvso fteErpa hsclSociety Physical European the of Division Matter Condensed the of Conference General • rnyK Sen K. Pranay 2 — , Optoelec- — ainen ¨ 2 and , 1 • Eduard , Anahit Matei , 1 , 2 2 Esa An- , — J 4 n aitoa approach. variational semicon- us- a approximations, in ing non-adiabatic in trion field and a magnetic adiabatic external of in as dots quantum well ductor as exciton- complex an of donor energetics the investigated have 20537, We Box P.O. Cyprus Nicosia, Cyprus, 1678, of University Physics, est,Yrvn rei — Armenia Yerevan, versity, oesrcueo 2 ymtyadadeu- a and symmetry C2v of satellite. terium structure the core with support complexes a results deuterium-nitrogen Our of deuter- formation epilayers. for spectra GaAsN absorption ated X-ray K-edge N simulations of scattering multiple full Trieste, performed 34012 We 163.5, Km. Italy 14, S.S. Park, — Science Italy Roma, 00185 2, di Università Moro 6 A. Sapienza Piazzale Roma, Physics, — via of Italy Padova, Padova, Department of 35131 8, University Marzolo Physics, Via Monterotondo of (ISM), I-00016 partment — 10, Materia Italy CP Stazione, della 29.5, Km Struttura — Salaria Berti Italy di C. Bologna, tituto Viale 40127 6/2, Bologna, Pichat of University CNISM, an ui,B 8 -19 i u Yvette sur Gif F-91192 48, — France BP CEDEX, Aubin, Saint — Martelli Faustino Polimeni Bisognin Bonapasta with compared be will measurements. performed. mobility mobility is calculated cases The compres- strained p- and Ge biaxial relaxed in sive/tensile for mobility layer hole inversion the channel of study theoretical A Belgium Antwerpen, B-2020 171, borgerlaan — Belgium UpSM.316:30 GaAsN Filippone hydrogen-nitrogen in absorp- Ciatto of X-ray complexes investigation scattering tion multiple Full TUEp.SEMI.33 16:30 — USA — P-channel Ge Fischetti in Layer Mobility Inversion Hole of Theory TUEp.SEMI.32 aoaoi ainl ACIF-N,Area INFM-CNR, TASC Nazionale Laboratorio 1 1 nvriyo ascuet,003Amherst, 01003 Massachusetts, of University ycrto OEL ’redsMerisiers, des L’Orme SOLEIL, Synchrotron 1 2 , 4 5 MC aedef7,B30,Leuven, B-3001, 75, Kapeldreef IMEC, 1 3 , eeioBoscherini Federico , , , 3 , ispeMattioli Giuseppe atSoree Bart aieD Salvador De Davide 3 ai Capizzi Mario nvrietAtepn Groenen- Antwerpen, Universiteit aiaBerti Marina 4 — AI N-NMadDe- and CNR-INFM MATIS 2 6 eateto hsc and Physics of Department and , • a Zhang Yan 2 and , los Franciosi Alfonso 5 , — i Magnus Wim ivaRubini Silvia 4 3 eatetof Department 4 2 , , , loAmore Aldo 1 5 4 , NS and CNISM 2 Francesco • , hsc Department Physics , 3 Gianluca Gabriele N,Is- CNR, Antonio Massimo 2 6 , 6 3 , 41 Binggeli Ghaderi correlation den- exchange (DFT-LDA). local the energy the for approximation within sity theory 16:30 of means functional SrF2,by density PbF2, crys- CdF2, fluorite CaF2, of tals,BaF2, structure Monser- electronic the study We di Universitaria Italy rato(Cagliari), Fisica,Cittadella di Fiorentini DFT- a lano study fluorites: systematic LDA of structure Electronic TUEp.SEMI.34 hsc,Jhne elrUiest,Asra— Austria University, Kepler Kepler 4 Johannes Johannes Physics, (LIOS), Cells 16:30 — Solar Organic — Austria Johannes University, Optics, Kepler Surface Sariciftci for Laboratory in Doppler Niyazi Serdar Lungenschmied Matt tunneling hetero*junction diodes hybrid Fullerene/Silicon Fowler-Nordheim TUEp.SEMI.37 potential. deposition nanowires the the by 16:30 controlled in be concentration can ZnO dopant found the preparation We and that copper membranes. on with nanoporous in or manganese cobalt results with doped our nanowires present Nanowires We Romania Transi- ZnO Bucharest-Magurele, Physics, rials Doped of • Metal Properties tion and Fabrication TUEp.SEMI.36 ac- diameters. and with different nanowires donors Si-doped different in configurations of ceptors stability and relative nanowires GaAs the elec- intrinsic of the properties and tronic stability structural the pseudopotential calculations principles 16:30 first by investigate We — — Italy Iran Technology, of Univ. — 3 Isfahan Physics, Italy of Trieste, Group, Theory@Elettra nanowires GaAs intrinsic Si-doped of and investigations First-Principle TUEp.SEMI.35 oak ehoois Austria Technologies, Konarka Trieste, of Univ. Physics, Theoretical of Dep. ln Matei Elena 3 nttt o eiodco n oi State Solid and Semiconductor for Institute , 2 , inal Cappellini Giancarlo 4 1 1 CP ret,Italy Trieste, ICTP, , — , 2 hmsFromherz Thomas 4 , LC-N n Dipartimento and SLACS-CNR — — ai Peressi Maria • ainlIsiuefrMate- for Institute National — 4 ae Zamiri Saeed , 1 N-NMDEMOCRITOS CNR-INFM aes Bednorz Mateusz — 2 2 • 1 izIsiuefor Institute Linz mlaoCade- Emiliano and , , 3 3 1 , — and , , Christoph — 1 Vincenzo Gebhard Christian 2 • and , Nadia Nahid 2 Dep. · — usa 6Ags 2008 August 26 Tuesday olrNrhi unln ilb presented. be de- Sil- will featuring tunneling A of Fowler-Nordheim IV-characteristics a the properties of analysis electrical diodes. tailed the hetero-junction on icon/Fullerene report We yn h o-qiiru adidentity. by Ward satis- non-equilibrium reduction the and fying with Ansatz solution Kadanoff-Baym Quasiparticle direct presented is a semiconductors combining in transients fast solverfor Functions Green’s Non-equilibrium novel 121 A Republic 5, Czech Karlovu 2, Praha Ke DCMP, 16 Physics, Czech and 8, ematics Praha 21 182 Czech — Republic 2, the Slovance of Na Sciences Republic, of Academy v.v.i, Physics, Velick h i fti oki opeetteresults scanning of the (SiC). investigations different carbide present for silicon using to techniques by microscopy is laser obtained work we this which of aim The Greece Thessaloniki, of University Aristotle of — Politehnica Romania Bucharest, University Processing, formation 1 Hristu UpSM.116:30 n-diamond -assembling of self evidence nanocrystals Experimental TUEp.SEMI.41 16:30 Semicon- in Functions Transients Fast Green’s ductors for Non-equilibrium Solver A TUEp.SEMI.40 16:30 arrays fibre propagation semi-infinite linear in • light the of of Peculiarities TUEp.SEMI.39 16:30 us- by SiC Techniques — Microscopy the Laser Scanning on ing Investigation Optical TUEp.SEMI.38 30 odv — Moldova 3300, — ecso opigcntnso h benumber fibre the studied. on is constants depen- coupling different of with dences arrays Legen- Gegenbauer ra- Hermitean, and Chebyshev, dre directional laser on semi-infinite based of coupler in distribution propagaiting intensity diation spatial The 2028, Kishinev, Moldova, Moldova of Sciences of Academy etrfrMcocp-Mconyi n In- and Microanlysis Microscopy- for Center snaLyakhomskaya Ksenia • 1 ereStanciu George netrSaeUiest,Trso,MD Tiraspol, University, State Dniester 1 y ´ and , 2 and , — 2 hre nvriy aut fMath- of Faculty University, Charles uttisPolychroniadis Eustathios • V And aclav ´ 2 nttt fApidPhysics, Applied of Institute l Kalvov ela ˇ 1 , tfnStanciu Stefan 2 Spi ˇ 1 eateto Physics, of Department and cka ˇ it Khadzhi Piotr 1 — a ´ 1 — 1 , nttt of Institute Bed • 1 Marco , Radu rich ˇ 2 — — 2

Tuesday , , 1 4 — Ana- Ionel Ionel • , and — Magdalena , and , and • 2 ´ opez-Romero Enrique Diez — , 2 , 1 Roberta Citro University Politehnica of David L 2 — Department of Physics , , Elena Rusnac 3 National Institute of Materials , Vladimir Iancu 1 , — 1 — National Institute of Materials 1 Mario Amado • — Maria Marinaro Complutense, E-28040 Madrid, Spain We report on theof theoretical two-dimensional quantum electronic rings structure made of of finite width narrow–gapder III–V strong magnetic semiconductors,to fields un- the applied plane perpendicular of the quantum ring. TUEp.SEMI.54The influence oflevels the in shapeMaria on silicon Lepadatu the quantumStavarache energy dots Physics, 105 bisMagurele, Romania Atomistilor Street, RO-077125 The infinite quantumspheroidal well dot formed isconfinement by used energy to a levels. 16:30 compute prolate a The the significant model improvement quantum represents comparedsical hard to sphere the model. clas- TUEp.SEMI.55Control of electronwires transport and ingates rings quantum withVittorio side-coupled Bellani nano- 16:30 TUEp.SEMI.52Flux-tunable Resonantwith Tunneling Diodes Aharonov-Bohm-Casher Rings 16:30 TUEp.SEMI.53Voltagenanocrystalline percolationLidia silicon Ciurea thresholds in 16:30 Francesco Romeo Stavarache • ”E.R. Caianiello” andlende CNISM 84081 Baronissi Unit, (Sa), Via Italy A S. mesoscopic Al- ringorbit subject interaction and tointeracting sequentially the coupled quantum Rashba toAharonov-Bohm spin- dot, an flux, is inable proposed tunneling as diode. the a flux presence tun- of Physics, 105 bisMagurele, Romania Atomistilor — Street,Bucharest, RO-077125 313 Splaiul Independentei, RO-060042 Bucharest, Romania Voltage thresholds appear inmeasured I on - V two characteristics typessystems of (wires nanocrystalline and silicon caused dots). by percolation processes These betweenand the thresholds dots, wires respectively. are , , Tuesday 26 August 2008 . · c An- , , and Eude- Paulo , and Clara Dieter • , , Christian 1 — , and Departamento Tobias Korn — GISC, De- 2 1 , Michael Mayr , and , — Mario Amado 2 , Michael Griesbeck — UniversitätRegensburg, • Werner Wegscheider — ınguez-Adame ´ Robert Schulz Ursula Wurstbauer , , ¨ uller , Manoel Vasconcelos Michael Hirmer • • Fabio de Medeiros — UniversitätRegensburg, Germany , and parameters of equilibrium state are — Werner Wegscheider 1 — , c ´ alez-Santander ¨ uller Departamento de Fisica, UFRN, Brazil Dieter Schuh partamento de F´ısicade Materiales, Universidad dreas Maurer Christian Sch Germany We compareslightly the results n-dopedGaAs/AlGaAs for GaAs quantum spintime-resolved wells, bulk lifetimes Faraday determinednique, and in rotation by resonant (TRFR) Mn-doped spinnique and amplification tech- Hanle effect (RSA) measurements. tech- Francisco Dom Schuh Sch We compare Hallmeasurements, to effect determine andtion the of Raman hole thin scattering (Ga,Mn)As concentra- (110) epilayers and grown on (311)A (001), substratesnealing, before and and correlate after this an- to the measured T TUEp.SEMI.51Electronic statesnarrow-gap inGonz semiconductors quantum rings of 16:30 calculated for a number of III-V compounds. TUEp.SEMI.49Hole Density inon (Ga,Mn)As (001), layersstrates grown (110)Tobias and Korn (311) GaAs Sub- 16:30 TUEp.SEMI.50Comparison of differenttermine techniques to longn-doped de- spin GaAsquantum wells lifetimes bulk and in GaAs/AlGaAs slightly 16:30 investigated theoretically. Theture critical T tempera- TUEp.SEMI.48Photonicrials Band Gaps in Metamate- 16:30 nilson Albuquerque Mauriz de2 Ciencias Exatas,We CEFET-MA, investigate the Brazil photonicquasiperiodic band polaritonic — gap photonic spectraposed crystals, in of com- both positive (silica)material) and negative refractive (meta- indextheoretical materials, model by basedapproach. using on a the transfer matrix 42 Gio- Yuri Olga Maya • , Victor 2 , Manuela 1 , and Physics Department • , and and 2 Konstantin , and • 1 — — International Labo- 2 Tim Chen , 1 Andrea Mura — Dipartimento di Fisica, A.F. Ioffe Physico-Technical , 1 — 2 School of Chemistry, Trinity Col- Semiconductor Photonics Group, Robert Parfeniev Alexander Maslov 2 1 , 1 Vyacheslav Berezovets — — Ioffe Physical Technical Institute, — , 1 2 Louise Bradley , 1 Gun’ko School of Physics, Trinity College2, Dublin, Ireland Dublin — lege Dublin, Dublin 2, Ireland The and Försterradius energy transfer efficiencies in a mixed CdTeanalyzed quantum using dot monolayer onlyficiencies can lifetime be of measurements. aroundacceptor:donor 90% Ef- ratios have larger been than 1:1. observed for TUEp.SEMI.47Effect ofodal electronic decomposition of excitationssolutions semiconductor solid onProshina spin- St. Petersburg, Russia The effect ofdecomposition elementary of excitation semiconductor on solid solution spinodal is 16:30 TUEp.SEMI.45Quantum transportsystem in atGaInAsSb/p-InAs 2D electron-hole single ain heterointerface high typeMoiseev magnetic IIMikhailova fields broken-gapNizhankovskii p- Institute, RAS, 26tersburg, 194021, Politekhnicheskaya, Russia St. — ratory 16:30 of Pe- High Magneticatures, Fields Wroclaw, and 50-204, Low Poland Temper- Planar and verticalin quantum a magnetotransport 2Dbroken-gap electron-hole InAs/GaInAsSb system at heterointerfacebeen a studied. has single Spin-orientedelectrons type tunneling across II current the of heteroboundaryinterface through states 2D- was found out. TUEp.SEMI.46Theory of FörsterResonant Energy Trans- fer in Two DimensionsQuantum Applied to a DotLunz Mixed Monolayer 16:30 Francesco Quochi vanni Bongiovanni Universitàdi Cagliari, I-09042 MonserratoItaly (CA), We measured thetoelectrons time from colloidal neededded quantum to in dots organic extract matrix embed- radiative and pho- Auger compared recombination time. ittraction with Electron dynamics non- ex- turns out totovoltaic be applications. crucial for pho- , , , , ´ e 1 2 , 1 Jos Mika ˜ ao Silvia , Daniela 2 , Emanuela 2 , and , and 1 1 Ayse Erol • Michele Saba Dipartimento di • 3 — , and 3 — Fabrizio Cordella Vivienne Falc General Conference of the Condensed Matter Division of the European Physical Society Tampere University of • 3 , CETEC, Belo Horizonte, Dipartimento di Scienze e 1 nd — 2 — 22 Diego Miranda 1 M. Cetin Arikan , , 1 Istanbul University Science Fac- Sakarya University Faculty of Art 2 Emanuela Tamburri 1 , 2 Dipartimento di Energetica, Uni- , 1 1 2 — Antonio Serra CEFET OP, Ouro Preto, Brasil — 3 2 Maria Letizia Terranova , 3 3 , 1 Agnieszka Gocalinska Brasil — TUEp.SEMI.44Hybrid nanocrystal-fullerenetions heterojunc- for photovoltaics 16:30 Metin Aslan Saarinen Technology Optoelectronics Research Center P.O. Box 692 33101 Tampere, Finland As-grown and annealed GaInNAs/GaAswith samples 1, 3,gated 5, using and photoluminescence, 7ity, photoconductiv- and quantum in-plane wells photovoltagemine were in the investi- effects order the to number deter- of quantum wells. Milena Sabino Roberto Branco ZnO semiconductorposited thin on films glasstion with substrates have argon plasma by assistance. beengood e-beam The optical films and evapora- show de- electricalit properties a which make good material for solar cells applications. ulty Physics Department 34134bul, Vezneciler, Istan- Turkey — and Science Physics Departmentpus, Esentepe Sakarya, Turkey Cam- — TUEp.SEMI.43Fabrication and CharacterizationSemiconductor of ThinBeam ZnO Evaporation Films TechniquePlasma with by Assistance Argon Electron 16:30 TUEp.SEMI.42The effectson optical ofquantum properties quantum well of structures well GaAs/GaInNAs numbers 16:30 Filippo versitàdi Roma ’La Sapienza’, Via00161 A. Roma, Scarpa Italy 16, — Tecnologie Chimiche anddi MINASlab, Roma Università ’Tortifica, Vergata’, Via 00133 della Roma,Scienza Ricerca dei Italy. Scien- Materiali, Universitàdel Salento, — per Via Monteroni, 73100 Lecce, Italy We reportsinglecrystal-like organized 3D about particles (withof size the some hundreds of possibility nm),n-diamond using (s.g. as building to blocks F-43m)of few nanocrystals achieve nm). (with size Rossi Orlanducci Manno

Tuesday ie(W.I hswr etyt eiyexperi- results verify theoretical to previous try our we of work some mentally this In quantum quantum a (QW). to with wire coupled nano-rings devices and (QDs), several dots studied have We Italy Trieste, NEST-INFM-CNR, and CNR — Pisa, Superiore, Italy Normale Scuola and INFM-CNR a´ lc e ot,Atfgsa hl — Chile Antofagasta, Católica Norte, del hnnculn ii sprovided. is electron- limit weak the coupling in phonon noise analytic inelastic current An the of for formula junctions. influence atomic-sized in the function tunneling investigate Keldysh-Green’s to extended method the use Re- We Czech Prague, 16 121 public 5, Karlovu Ke Uni- versity, Charles Physics, and Mathematics of Faculty nvri¨tKntn,D747Kntn,Ger- — many Konstanz, D-78457 Konstanz, Universität — 3 — UpSM.816:30 Kishinev, Moldova, of Sciences of Academy range exciton spectrum in of films by semiconductor pulses light thin supershort of Transmission TUEp.SEMI.58 16:30 materials di- Shukla layered two Abhay of area, samples Large mensional easy: made Graphene TUEp.SEMI.57 16:30 noise Belzig junctions Wolfgang the atomic-sized on • of effects properties scattering Phonon TUEp.SEMI.56 — Adame Orellana Pedro Beloussov Markov as measurements. applications of for examples with as fun- show for well we both as perspectives research up damental ma- opens layered This of samples terials. dimensional produc- two for large method F-75015, ing scalable simple, Paris, a present We Lourmel, Con- de Milieux France de rue des Institut Physique 140 densés, UMR7590, de Curie-Paris6, et Minéralogie Marie et mar nvri` el td iPva ai,Italy Pavia, Pavia, di Studi degli Università eeiaHaupt Federica 1 4 2 nvria eSlmna aaac,Spain Salamanca, Salamanca, de Universidad SMUM ard pi — Spain Madrid, ISOM-UPM, nvria opues,Mdi,San— Spain Madrid, Complutense, Universidad and , 2 , 2 7 ui Sorba Lucia 2 , aoaoi ainl TASC-INFM- Nazionale Laboratorio eateto lcrncStructures, Electronic of Department dinBalan Adrian 1 lxnr Corovai Alexandru — , — ae Mazher Javed 1 nttt fApidPhysics, Applied of Institute 5 22 • 1 1 , , it Khadzhi Piotr nd — rnic Dom Francisco oa Novotny Tomas 6 and , eea ofrneo h odne atrDvso fteErpa hsclSociety Physical European the of Division Matter Condensed the of Conference General 1 Université Pierre — aheec Physik, Fachbereich iri Biasiol Giorgio , • 2 5 aehKu- Rakesh and , Universidad 1 , ´ Dmitrii 6 ınguez- 2 NEST- and , Igor — — 7 ETIF-N n coaNraeSuperi- Normale Scuola and INFM-CNR NEST — France F-38042 CNRS, Grenoble, Laboratory, Field — Magnetic High Spain Salamanca,E-37008 de sidad — Italy Pavia, di 3 Studi Università degli CNISM, eatmnod ´sc eMtrae,Uni- Spain. Madrid, Materiales, — E-28040 de Complutense, F´ısica versidad de Departamento Biasiol Kowalik UpSM.116:30 Quantum Bellani Fractional rio and Regimes Integer 2DEG Hall a the of in Scattering Rayleigh Resonant TUEp.SEMI.61 16:30 approach new A quan- Amado in dots: donors shallow tum of energy Binding TUEp.SEMI.60 16:30 semi- a well in quantum conductor optics nonlinear Two-subband TUEp.SEMI.59 trans- of shifts blue and pulse. red mitted dynamical modula- predict phase and We dependent tion time of films. light appearance semiconductor the supershort thin by of pulses investigated transmission we of interactions peculiarities elas- exciton-exciton and exciton-photon tic the account into Taking Moldova — Moldova rnic Dom Francisco approach. matrix using density interactions nonlinear account electron-electron a into of taking effects structure, the semiconduc- two-subband well a quantum in cre- tor light slow and elec- of transparency ation mixing, induced four-wave tromagnetically theoretically study We Patras Patras, Greece of 26504, University Sciences, Natural of palakis yapoetv prtr(o-oa eaal po- separable NLP) (non-local tential, operator projective potential) a (local by re- interaction by Coulomb electronic dots the placing quantum im- for two-dimensional hydrogenic in model shallow purities of solvable calculations a structure introduce We Spain Madrid, E-28040 Universidad Complutense, Materiales, F´ısica de de partamento eatmnod ´sc udmna,Univer- F´ısica Fundamental, de Departamento 2 iatmnod iia“.Vla and Volta” “A. Fisica di Dipartimento , 5 aeil cec eatet School Department, Science Materials — org ePuaAmiaLima Almeida Paula de Rodrigo and , 4 , 2 netrSaeUiest,Tiraspol, University, State Dniester 2 ae Potemski Marek , — ´ ınguez-Adame niu Diez Enrique ui Sorba Lucia • ai Amado Mario 5 ainlRsac Center Research National — • maulPas- Emmanuel 5 3 , IC De- GISC, — 6 , 4 , Katarzyna 1 — — hsc Department Physics , 3 4 , Grenoble Giorgio • 1 Vitto- Mario GISC, and , 43 eain fquasi-particles. of dispersion and relations localization in- disorder, getting on regimes Integer formation Hall the in Quantum Fractional 2DEG mobility and high a Rayleigh in resonant scattering the experimentally studied We I-34012, Park, Italy. Science Trieste, Area INFM-CNR, TASC — Italy Pisa, I-56126 ore, ofr e ls fogncsemiconductors organic of properties. class electronic new interesting out with a turn might form materials makes to these This that orbitals. assuming unex- molecular us of with shapes fullerenes pected conjugated calculated We Germany Ilmenau, Physics, of Institute Beenken 16:30 au- the by withdrawn thors. been has contribution The Italy Pisa, I-56126 Superiore, Normale Pingue nio tinaro applications — biological for Op- Microscopy Scanning tical Near-Field Differential THz TUEp.SEMI.62 UpSM.516:30 Chile gasta, Antofa- 1280, Casilla Norte, Católica del versidad E-28040 — Spain Complutense, Madrid, Universidad Materiales, RashbaAdame Orellana a dro dot through quantum transport Electronic TUEp.SEMI.65 16:30 class new a semiconductors? Reinm - organic of Fullerenes Conjugated TUEp.SEMI.64 16:30 p-Ge in ionization processes • impact recombination acceptor and of Dynamics TUEp.SEMI.63 h rnin urn hog h Ge the through current transient The Russia Ac. 11, Mokhovaya Russian Moscow, Electronics, Sci., and Engineering Radio Sinis leriy eemndfo hs data. were these acceptors from shallow determined impact for of capture and differ- coefficients ionization at The studied pressures. was uniaxial fields ent electric pulsed in ples tnsa Paprotskiy Stanislav icroDegl’Innocenti Riccardo oller ¨ 1 , icnoPiazza Vincenzo — lea nvriyo Technology, of University Ilmenau — and , , 1 ETCRIF n Scuola and NEST-CNR-INFM — IC eatmnod F´ısica de de Departamento GISC, w Ritter Uwe 2 and , 2 io Kagan Miron — eatmnod F´ısica, Uni- de Departamento • rnic Dom Francisco ai Amado Mario , 6 grAltukhov Igor aoaoi Nazionale Laboratorio and , and , , • • ihl Mon- Michele ihr .D. J. Wichard Pasqualanto- nttt of Institute — — < Ga Markus ´ 1 ınguez- > , , sam- Va- Pe- · — usa 6Ags 2008 August 26 Tuesday ucino h ple antcfil n Rashba and coupling. field spin-orbit magnetic a applied the as ferromagnetic of effect Fano-Rashba function to the investigate a coupled We through leads. dot transport quantum electronic Rashba the consider We aeytelclzto eghi h Cnetwork CC the accu- in calculating length model. localization for Chalker- the tool rately via mathematical plateau– effect novel the Hall for quantum a the model in transitions numerically network plateau (CC) — investigate Coddington Spain We Spain E-37008, Salamanca, de Madrid, versidad Materiales,Universidad E-28040 de 2 F´ısica Complutense, de tamento Adame Malyshev Andrey UpSM.816:30 modifi- its Chalker- cations and the model network of Coddington investigations Numerical TUEp.SEMI.68 examin- for applicable struc- graphene tures. in be defects irradiation-induced to phe- ing seems These analysed nomenon and techniques. 16:30 observed thermoluminescence by was beta graphite from irradiated emission ul. optical stimulated University, Thermally Poland Torun, Copernicus 87-100 5, Grudziadzka Nicolaus Physics, cinska Structures Graphene Emission • Irradiated Optical from Stimulated Thermally TUEp.SEMI.67 16:30 Piazza devices n- i-p lateral light-emitting and SAW-drivable TUEp.SEMI.66 iri Biasiol Giorgio unu el eiedvlpetwl edt a to source. lead undoped single-photon will surface-acoustic-driven development an Device surface-acoustic-wave- into well. junctions quantum and lateral n-i-p drivable light-emitting scheme building for gating-based a demonstrate We 0HE, CB3 — Kingdom Cambridge United Cambridge, Italy of — University Italy Pisa, Trieste, 34012 I-56126 Superiore, 2 Normale Ritchie eatmnod ´sc udmna,Uni- Fundamental, F´ısica de Departamento aoaoi ainl ACIF-N,I- INFM-CNR, TASC Nazionale Laboratorio ryzo .Przegietka R. Krzysztof and , 1 1 3 , and , — ai Beltram Fabio — • — ai Amado Mario ae Szroeder Pawel niu Diez Enrique 1 • ETCRIF n Scuola and NEST-CNR-INFM iri eSimoni De Giorgio 2 , avyBeere Harvey 1 , rnic Dom Francisco 3 aeds Laboratory, Cavendish 1 1 , 2 , r Sedrakyan Ara , — ui Sorba Lucia lcaChrus- Alicja nttt of Institute — 1 IC Depar- GISC, 3 1 and , , Vincenzo ´ ınguez- Dave 1 , — 1 2 , ,

Tuesday , , 3 4 — 3 , and Maur- Alcatel ¨ unther 3 Werner , G 1 , Karlheinz 1 , — TU Darm- 1 , 2 Peter Knoll Institute of Materi- 2 , 4 Department of Materials 1 Paolo Sereni • ¨ uller using the recently developed — m InAs/InGaAsP/InP quan- Doris Vogtenhuber Pierre Madl 3 µ 5 — , — Faculty of Physics, University Herbert Dittrich Claudia Ambrosch-Draxl , Peter Blaha 1 Ruediger-A. Eichel , • 1 University College Cork — 2 , , — 2 2 Kurt Krenn Roman Wahl considering spin-orbital couplingit. and neglecting TUEp.MAT.9Hybrid functional• studies onGeorg Kresse SrTiO of Vienna and CenterScience, of Sensengasse Computational 8/12, Material 1090 Wien,We Austria present aand study phonon of properties thenal of structural, phase the of electronic cubic SrTiO PBEsol and GGA tetrago- functionalfunctional. and 16:30 the HSE03 hybrid TUEp.MAT.10Raman Spectroscopicnite (Sb2S3) Study Of Stib- 16:30 TUEp.MAT.8structure and dynamicstended of defects pointelectrics in and ex- stadt hard andThe defect soft chemistry of ferro- modified acceptor- and PZT donor-type ceramicsspectroscopy. is In characterized by particular,and EPR models hardening for are softening kinetic developed. behaviour is Furthermore,scopic monitored, the 16:30 providing insight micro- inaging. the mechanism of ferroelectric izio Musso Lottermoser Schmidt Schwarz Engineering and Physics, UniversityA-5020 of Salzburg Salzburg, Austria — Alexander Reinm and tum dash inphotoabsorption a measurements well show strongly structures. polarized Calculations recombination. and Themains threshold dominated current by re- non-radiative paths. stitute — Thales III-V Laboratory Calculations show electronsthe are dashes not in confined 1.5 in , , , , Tuesday 26 August 2008 1 3 3 — · Eoin Phys. Ham- 2 , 1 Somayeh • F Poingt , and 2 , — 3 O Legouezigou Susannah Heck Przemyslaw Szk- , m quantum dash Tyndall National In- , • 3 Vasyl Kinzhybalo µ 1 1 , — — — Faculty of Chemistry, 3 David Williams Phys. Dep.,Shahid Cham- 1 — International University for , 1 — 1 Francois Lelarge F Pommereau , Mojtaba Servatkhah , Sorcha Healy 2 3 • , , 1 1 — Angelika Gagat , Grazyna Bator Beatrice Dagens Bahruz Gadjiev Hosseini dolah Salehi ran University of Ahvaz,Ahvaz, Iran — TUEp.MAT.5Organic Ferroelectric Materials -ship Relation- between Structure anderties Physical Prop- in NovelCompound, Pure Organic TMNB Ferroelectric larz and 16:30 TUEp.MAT.6Phase Transition• in Doped Crystals TUEp.MAT.7 16:30 Determination ofture The of Electronic Struc- LaCrO3 Ceramic Dep.,Shiraz University,Shiraz, Iran The structuralLaCrO3 in cubic and and orthorhombicinvestigated structure were electronic using aframework properties of 16:30 FP-LAPW DFT with method of various in Approximations, the TUEp.SEMI.71A combined theoreticalanalysis and of experimental nation band processes structure inlasers 1.5 and recombi- 16:30 a profound effectphology on of the theimportant crystallinity material parameter. and but mor- gas flow rate is an University oflaw,law, Wroc Poland Wroc Joliot-Curie 14, 50-383 In this contribution westudies present on the structure, resultsanism polar of of our properties phase and transitionsferroelectric mech- in single novel, crystal, pure TMNB. organic, Nature, Society and Man, Dubna,We investigated Russia influence of thethe weak phase disorder on transition.dexes from Dependence fractal of dimensionstion of critical is defects in- obtained. distribu- Non-secular pseudospin dynamics, stronglyifies mod- the phisics close at the Dirac points. Simon Osborne O’Reilly A Accard and 44 , 2 — Gio- 4 , Lucjan 1 trend of Grazyna Giuseppe q • Physics Department • Giancarlo , 2 — , — 1 Wanda Sawka- Luca Pandolfi , , 3 2 IMEM/CNR, Parco 1 — Eugeniusz Grech Bernard Watts 3 • Matteo Bosi -electron donor (HMB, TMP, — , π Institut fürFestkörperforschung, 1 , and 3 1 Institute of Chemistrv and Envi- Andrzej Pawlukojc Michael Prager 4 Saulius Kaciulis ISMN-CNR, Via Salaria km. 29,3, , , 2 1 1 , — MATIS-INFM, Unita’ di Catania — 1 Oscar Martinez Faculty of Chemistry, University ofJointlaw, Wroc Institute for Nuclear Research, 141980 Fisica de la Materia Condensada, ETSII, Uni- TUEp.MAT.3Searching for Novel CT ComplexesNeutron - X-ray, Scattering,Spectroscopy, Infrared DFT Simulation and Raman Bator Sobczyk Dobrowolska 1 Joliot-Curie 14,2 50-383law,Dubna, Wroc Russia Poland 16:30 andistry — Institute and of Technology,saw, Dorodna Nuclear Poland 16, — Chem- 03-195Forschungszentrum War- Jülich, 52425many Jülich, Ger- — ronmental Protection,Technology, PiastówAl. SzczecinPoland University 12, 71-065, of The Szczecin, main purpose ofnation investigations of was determi- physicaltaining properties selected ofDMP) complexes and con- acceptorCLA, molecules H2SQ, (TCNB, TCNE).view This TCNQ, of contribution our is results. a re- TUEp.MAT.4The Crystallinity ofVapour SiC Phase Grownvanni from Attolini the Salviati and Area delle Scienze 37A. 43010Italy Fontanini (Parma), — 00016 Monterotondo3 Stazione, Rome,versidad Italy de Valladolid, — 16:30 47011 Valladolid,A Spain study amorphous SiC grownthat by not MOVPE shows only does excess carbon precursor have ing by anthe extrapolation independent-particle polarizability. of the small- TUEp.SEMI.70Dynamics ofpresence Weyl of quasiparticles quantum in noise the 16:30 Falci Dipartimento di Metodologie(DMFCI),*Universitàdi Fisiche Catania e Chimiche Effects of electromagnetic noiseticle on dynamics the in quasipar- act graphene mapping is to studied a by conditional an spin ex- boson model. , , 1 2 — — — , 1 1 Ana- . 3 , O Institute Semenov 3 2 Giovanni 3 2 Moscow In- 4 microceramics Abdullah A. • — , and 2 Nicola Manini , bandstructure cal- 1 General Conference of the Condensed Matter Division of the European Physical Society Sergey Kuznetsov • , Andrey Udovenko 2 , Vasiliy Litvin nd corrections for gapless sys- — 1 Universitàdegli Studi di Mi- , 2 22 2 due to addition of Y , and GW ab initio 4 Gyaneshwar P. Srivastava European Theoretical Spectroscopy 1 and - and CaO-doped AlN 3 — O 2 2 , 1 nanoceramics Marco Cazzaniga Lebedev Physical Institute, Russian Academy of toliy Shelagin AlShaikhi TUEp.MAT.2enhancement of theof thermal AlN conductivity ing: ceramics a by theoretical nano-scale study process- 16:30 Irina Dubnikova 1 Sciences, Moscow, 119991Institute of Russia Chemical — of Phisics. Sciences, Russian Moscow, Academy 117977of Russia Nuclear — Researches ,ences, Russian Moscow, Academy of 117312,stitute Sci- Russia of — PhysicsMoscow and Region, Technology, Dolgoprudny, 141700,Russia Very cold neutrons scattering methodstudy was the used super to molecular structurelene/inorganic of filler polypropy- composites.carbon The nanotubes multiwalls bonate (MWCNT)and submicron calciumfillers. particles car- were used as the School of Physics,Road, University Exeter of EX4 Exeter, 4QL, United Stocker We Kingdom have theoretically studiedanalysed and the quantitatively enhancement ofity thermal of Y conductiv- TUEp.MAT.1Very coldper molecular neutronbased structure composites. of scattering polypropylene on su- 16:30 Luca GuidoOnida Molinari Facility (ETSF) — lano, Physics Department,Milano via (Italy) Celoria 16, 20133 We calculate the 16:30 – 18:40 Materials - Poster Session due to additionAlN of AlN nano-sized particles, and TUEp.SEMI.69Intraband contributions tocorrections the in self-energy culations: an extrapolation scheme 16:30 tems including Drude contribution to the screen- •

Tuesday c,wt =. n .,i h eprtr range temperature the in 0.8, 10-200K. and x=0.9 with ceramics, YxEu1-xMnO3 for measurements and current dielectric depolarization stimulated studies susceptibility, thermally and structural magnetic constant present heat, we specific work this Portugal.In Real. Vila 5001-801 1013, Apartado Douro. Trás-os-Montes Coimbra. Alto de e sidade P3004-51 — Coimbra, Portugal de Universidade u oCmoAer,67 1907Pro Por- Porto. — 4169-007 tugal 687. Alegre, Campo do Porto. Rua do Universidade Ciências da de Faculdade Tavares Rodrigues tor r Ara dro obtained. results the with present performed. mineral We been occurring have properties, naturally semiconducting a Stib- of Sb2S3, sample crystal nite, single a on backscat- geometry in tering measurements spectroscopic Raman Mineralogy Graz, A-8010 of Graz, — Austria of Department University Austria Petrology, Sciences, and Graz, Earth A-8010 of Graz, University of Physics, Experimental of Department Silva and parameters determined. lattice been the influ- has the transitions on phase and impurity dopants of the by ence voids of cupancies Leoben, Modeling of — University Austria Atomistic Materials, Leoben, A-8700 of of Design Chair and Physics, terials UpMT1 16:30 Almeida hexagonal Eu-doped Ferreira dy- ceramic in YMnO3 and multiferroic studies dielectric namical magnetic, Structural, TUEp.MAT.12 16:30 N C fullerite Polycrystalline Ukraine Kharkov, Engineering, and Physics gova Prokhvatilov I. Characteris- Anatolii C60 Physical Fullerite of and tics Structural on Molecules the Linear Intercaled of Influence TUEp.MAT.11 Technology, — of Austria Wien, University A-1060 Materials Vienna Theoretical of Chemistry, Division Chemistry, als 2 a tde yXrydfatmty h oc- The difractometry. X-ray by studied was , 1 .eknIsiuefrLwTemperature Low for Institute B.Verkin — , ai agrd Costa Margarida Maria 3 1 and , 2 1 , ujo ´ EDX eatmnod F´ısica, de Departamento CEMDRX, , 3 rcaoOliveira Brochado eatmnod Qu´ımica. Univer- de Departamento 1 gsih Moreira Agostinho , T 2 naMendonçaania ˆ , ai rad S Armanda Maria ore Andrade Lourdes 22 — nd 60 • ioa .Galtsov N. Nikolay eea ofrneo h odne atrDvso fteErpa hsclSociety Physical European the of Division Matter Condensed the of Conference General and , 3 4 necldb Oand CO by intercaled eateto Ma- of Department nttt fPhysics, of Institute aiaN Dol- N. Galina — 3 1 — 2 , • , 1 Welberth , Machado 1 Jo 2 5 IFIMUP. a , Institute ´ oPe- ao ˜ 1 Ab Pedro , ´ ılio Vi- , atprilsfato fnnmtrsz n the and size decreasing. nanometer velocity solubility of improve- fraction impor- distribution, particles the size tant the grain to crystalline contribute of concerning ment field. field ultrasonic ultrasonic aspects by The optimisation presents process CaCO3 paper This — mania iiyprocess. mo- long bility oxygen interesting oxygen an inducing new ordering a range revealing neutron analyses, elastic scattering by shown reflection have superstructure and some method been furnace have optical by La2CoO4+d grown of samples Switzerland Singlecrystal PSI, Villigen Development 5232 for Methods, — and Laboratory Switzerland Institute, PSI, Scherrer Villigen Scat- 5232 Neutron for tering, 10B Laboratory bat Institute, Scherrer — Beaulieu France Campus 35042Rennes, 6226, UMR Rennes INOE- Oproelectronics, — Bucharest-Magurele, Romania 77125, for MG-5, Box PO R&D 2000, of Institute Chilibon UpMT1 16:30 Ba- PbSc and doped pure of study spectroscopic Raman TUEp.MAT.16 16:30 La2CoO4 — Schefer of case Juerg special the Ruddlesden-Popper — : in type phase diffusion Oxygen TUEp.MAT.15 16:30 Field Ultrasonic Isopescu by Pro- cess Precipitation CaCO3 of Optimisation TUEp.MAT.14 found. is Cr-O O-O, La-O between and band covalent cou- strong A spin-orbital various pling. acount and taking FP- Theory approximations, the Functional 16:30 along Density discussed LAPW and are cubic LaCrO3 of horhombic properties electronic and Structural — Iran Iran University,Shiraz, Ahvaz,Ahvaz, Dep.,Shiraz of University ran Ceramic Salehi dolah Struc- LaCrO3 Electronic Hosseini of the ture of Determination TUEp.MAT.13 eao ereetisa ihpressures high at ferroelectrics relaxor 1 • nvri´ ens,Sine hmqe de Chimiques Sciences Université Rennes1, Lo ¨ cL Dr Le ıc 1 3 1 3 , and , , P,Bcaet Romania Bucharest, UPB, otb Servatkhah Mojtaba 2 amniaMateescu Carmencita NDM uhrs-auee Ro- Bucharest-Magurele, INCDFM, 0 . 1 5 Ta uir Turtoi Dumitru — 2 and , 0 . 1 eau ´ 5 hs e.Sai Cham- Dep.,Shahid Phys. O 3 1 , n PbSc and 2 aiir Conder Kazimierz T ¨rc Paul & Zürich ETH enrPaulus Werner — 3 — 2 — and , 0 2 . hsc Department Physics • 5 , 1 Somayeh Nb • National Raluca Irinela 2 0 3 Ham- Phys. . Paul 5 O — 1 3 3 , 45 UpMT1 16:30 as nanowires membranes metallic nanoporous in using results our preparation, present We Romania Magurele, Physics, Materials of prop- magnetic with erties nanowires electrodeposition metallic on of additives of Influence TUEp.MAT.19 appli- potential thickening. electrochemical of by field obtained were wide cations nanotubes a nanoporous metallic with track supporting membranes by Self ion nanotubes on membranes. 16:30 and deposition micro electroless metallic prepared We — Germany Romania stadt, Magurele, Bucharest Mem- Track — Marian Ion Elec- Sima in by branes Deposition Prepared troless Nanotubes Metallic TUEp.MAT.18 16:30 — Sweden iron- Kurenya Okotrub V. aligned Alexander Makarova films nanotubes of L. carbon anisotropy filled Magnetic TUEp.MAT.17 relaxors perovskite PbSc Pb-based Ba-doped and Pure Germany Braunschweig, — garia Bul- Sofia, 1784 Chausse72, Physics,Tsarigradsko — Germany Hamburg, 1 Stosch BismayerRainer Ulrich • iefreadee ui eprtrsfrthe axis. perpendicularly long for or nanotube temperatures along the oriented Curie field even magnetic and coer- force magnetization, cive remanent oriented and differences saturation show nanotubes in substrate the carbon to iron-filled perpendicularly of Films Russia Sci- 630090 of Novosibirsk, Academy ences, Russian Division, Siberian istry, ueu o1 P tro eprtr.New temperature. reported. room are at mations transfor- structural GPa pressure-induced 10 into insights pres- to high up under sure spectroscopy Raman by tigated nvriatHmug rneale4,20146 48, Grindelallee Hamburg, Universitaet naMraWelsch Anna-Maria 1 ainlIsiuefrMtrasPhysics, Materials for Institute National 0 . 5 — Ta — 3 2 • 0 T rusheg udsle 100, Bundesallee Braunschweig, PTB 2 • . ln Matei Elena — ioavIsiueo nrai Chem- Inorganic of Institute Nikolaev 5 nuec Ionut Enculescu O 3 1 1 1 m˚ nvriy 08,Ume˚a, 90187, Ume˚a University, and , n PbSc and 3 , and , 1 ybvG Bulusheva G. Lyubov , 1 2 , ai Gospodinov Marin en Guettler Bernd emn Reinhard Neumann nttt fSldState Solid of Institute 2 0 oin Mihailova Boriana Ntoa Institute 1National — . and , 5 Nb 1 0 , . ae Elena Matei lxne G. Alexander 5 O — 2 3 S Darm- GSI eeinves- were • Tatiana 3 · — 1 2 2 1 2 usa 6Ags 2008 August 26 Tuesday , , , , results. and ainadRA nrisof nan- Energies RPA. approxi- and carbon dipole mation within single-wall chiralities various of isolated otubes in plasmon excitations and Serbia functions 11001, dielectric calculated Belgrade We’ve trg 368, Box Studentski O. Belgrade, P. 12-16, of University Physics, janovic Vukovic ffiinyo lot8%wsobtained. was filling 80% pore almost a of bath, deposition efficiency the in additive polyvinilpyrolidone an as employing When templates. UpMT2 16:30 Plank Peapods Heterofullerenes non-Fullerene from and Scattering Raman TUEp.MAT.22 16:30 in defects point CaCu on investigation Ab-initio TUEp.MAT.21 16:30 Nan- Carbon Single-Wall otubes in Plasmons TUEp.MAT.20 n ehooyAec,Kwgci332-0012, Kawaguchi — Agency, Japan Technology Tsukuba and (AIST), — Technology 305-8565,Japan and Indus- Science Advanced trial of Institute National Materials, Aus- Wien, — 1090 tria 4, Strudlhofgasse Vienna, of sity Tagmatarchis Saito Tetuya esuidpaospeae ihtehetero- the with C prepared fullerene peapods studied We Greece Vas- 11635, Ave.,Athens 48 Constantinou Foundation, sileos — Research Hellenic Japan National 468-8502, Nagoya (Nanofactory), 5 University, COE century Meijo 21st Engineering, in defects present point We of screening debate. CCTO. theoretical this wide Point for a re- dispute. crucial to ferroectric are open a still defects is as question indicated The many laxor. by is CCTO Italy (RM), Stazione — terotondo Italy Catania, I-95127 2 50, Primosole Stradale Alippi pce.Sml nlsswsdn ymultifre- filling by done as was analysis adenine Sample and species. o-carborane ferrocene, hoeia n hsclCeityInstitute, Chemistry Physical and Theoretical Mon- I-00016 29.300, km. Salaria via CNR-ISM, π lso iprinpoete r h main the are properties dispersion plasmon 3 2 1 Ti and , , 2 and , , eerhCne o dacdCarbon Advanced for Center Research asKuzmany Hans 4 4 — eateto aeil cec and Science Materials of Department 59 O oia Nikolic Bozidar 12 n h o-ulrn molecules non-fullerene the and N • vnaMilosevic Ivanka 5 2 • ioRaineri Vito , aaDmitrovic Sasa — — 3 , 1 ui Iijima Sumio itoDelugas Pietro 3 aut fPyis Univer- Physics, of Faculty RSO aa Science Japan PRESTO, 1 , ewgPeterlik Herwig π 1 , and — — ia Damn- Milan 4 aut of Faculty — and , π , • 1 + Wolfgang CNR-IMM, σ 1 Tatjana , plasmon Paola Nikos 1 ,

Tuesday , , 1 2 — — , ` e 1 , for 2 1 3 − Jose Marat- , Rui Igreja 1 Laboratory LICRYL Daniela Pacil 2 m, under the same ex- , and Enzo Cazzanelli µ Gino Mariotto 2 • , 2 , 1 — , and 1 Faculty of Sciences, University of 3 Department of Materials Science, Irinela Chilibon 2 • Paulo Inacio , — 2 Department of Physics, University of Calabria, National Institute of R&D for Optoelectronics, parameters are inmental spectroscopic good data. agreement with experi- citation wavelength. MarcoLuigi Castriota 1 Papagno 87036-Rende (CS), Italy — CNR-INFM and(CS), Italy CEMIF.CAL, — Verona, 87036- Strada le Rende GrazieItaly 15, 37134-Verona (VR), The frequency ofsignificant G’ spatial (2D) dependence Raman only(1L) in band graphene: single shows its layer variation a displacements is of about about 20 10 cm TUEp.MAT.33PbTiO3/PVDF Ceramic/Polymerposites Com- Mendes 16:30 TUEp.MAT.34Spatialman dependence frequencieslayer of and graphene disorder observed in mono- Ra- 16:30 1 INOE-2000, PORomania Box — MG-5,Faculty 77125, of Bucharest, Science andsity of Technology, New Lisbon, Univer- 2829 -Paper 516 Caparica, presents Portugal tained PbTiO3 by sol-gel processing, ceramiccomposites. for ceramic/polymer powdersramic/polymer ob- composites Two were PbTiO3/P(VDF-TrFE)PT made and by ce- PVDF mixing powderspresenting in more 50% than fraction 17 volumes, kV/m electric field. , Tuesday 26 August 2008 — · 3 , and 3 , 1 Mikhail Tatsiana Lin Yang , • 1 — Department of , and Jianguo Zhou Luis Vieira 1 • — College of Chem- — — , and 2 1 Nicolae Avram Calin Avram • , 2 — Lin Yang Fengying Zhao , Institute of Physics, University of 2 Jose Ribeiro , and , 1 Ilmo Sildos , 2 Academy of Romanian Scientist, Splaiul Inde- Centro de F´ısica,Universidade do Minho, Cam- Centro de F´ısica,Universidade do Minho, Cam- Centro de F´ısica,Universidade do Minho, Cam- Brik Adrian SorinPhysics, West Gruia University ofdul Timisoara, Vasile Bulevar- Parvanmania Nr.4, — TimisoaraTartu, 300223, Riia Ro- Street3 142, 51014 Tartu,pendentei Estonia Nr.54, — 050094 Bucharest, Romania We calculated energy levels ofLiAl5O8 Cr3+ spinel ion using doped theThe in exchange obtained charge model. energy levels and estimated Racah — College ofence, Chemistry Henan and Normal Environmental University, Xinxiang Sci- Henan 453007, Province, P.R.China In this paper wethesis report of for the Y2O3:Eu3+ firstperature phosphors time in ionic the syn- a liquid([BMIM]BF4).ture room and tem- morphology The andof luminescent Y2O3:Eu3+ struc- properties phosphors were studied. Baolin Wang TUEp.MAT.31phase transitionssystem sequence by infrared in reflectivity Dekola BA1-xBPx 16:30 TUEp.MAT.32Energy Levels SchemeLiAl5O8 of Spinel Cr3+ Doped in 16:30 TUEp.MAT.30Synthesis andY2O3:Eu3+phosphors luminescent properties of 16:30 ing Zhao istry and Environmental Science,University, Henan Xinxiang Normal P.R.China 453007, Henan Province, In this papersynthesis of Gd2O3:Eu we phosphors report hollowThe spheres. structure for and theproperties morphology of first and Gd2O3:Eu timephors luminescent phosphors were the hollow studied phos- 1 pus de2 Gualtar, 4710-057pus Braga, de3 Portugal Gualtar, — 4710-057pus Braga, de Gualtar, Portugal 4710-057 Braga,The — Portugal temperaturemodes confirm dependencies athe complex of phase mechanism transitions underlying vibrational sequencexBPx system in mixed in BA1- 46 , , 1 Ion Lib- Alin , , — Na- 1 Roman Fengy- — Firat , • Jianguo , 1 Hyperion • 2 Madalina Physics Department Constantin — — , 1 Luigi Carbone Lucian Trupina , , and , 2 1 Huizhen Wang , Milena De Giorgi Osman Adiguzel • , Roberto Cingolani — Luminita Amarande Cornel Miclea , and • National Institute of Materials , Corneliu Florin Miclea 1 2 , — Concetta Nobile 1 , — Marius Cioangher Yongxin Wang , , 2 1 These materials was investigated by X-ray TUEp.MAT.29Synthesis andGd2O3:Eu luminescent properties hollow of spheres 16:30 erato Manna tional Nanotechnology Laboratoy ofLecce, CNR-INFM, Italy CdSe/CdS nanorods,were grown aligned from by solutionby wet on external Si/SiO2 chemistry, electric substrates Micron fields and scale solventsmectic patterns fluid phase flow. show of polarized emission nanorods of light. orderedTUEp.MAT.27 in Structure and Propertiestiferroic of Ceramic Composites Mul- Solution from PZT-BTTanasoiu Solid Iuga Ciprian TiberiuSusu Miclea Physics, Str.Magurele-Bucharest, 16:30 ROMANIAUniversity, — Faculty Atomistilor of Physics, 105169, Calea Bucharest, Calarasilor ROMANIA bis,In 077125, the present investigationites we of prepared compos- ferroelectric leadand zirconate ferroelectric titanate barium (PZT) titanateders. (BT) nanopow- diffraction and electron microscopy andelectric the properties piezo- were determined TUEp.MAT.28Layered Structure Characteristics ofuct Prod- MartensiteMemory in Alloys CopperUniversity Department of Based PhysicsTurkey 23169 Shape Elazig / Shape memory alloys undergotion martensitic on transi- cooling from highuct temperatures.The phases prod- havecalled the long unusual period complex 16:30 or layered structures 18R structures depending such on as the 9R stacking sequences. Zhou TUEp.MAT.26Polarized emission fromterns micron scale of pat- and nanorods ordered externalKrahne by electric fluidGiovanni Morello fields flow 16:30 Spanulescu , 1 — — An- , and , , and 2 1 2 Paula Maria , Andrei 1 , , 1 1 Dipartimento Centre for Re- 3 2 , and 2 School of Physics, 1 General Conference of the Condensed Matter Division of the European Physical Society — Daniela Manno • 2 Silvia Orlanducci Dipartimento di Scienza nd , 1 , J. Agostinho Moreira 1 — Yenny Hernandez 2 , 22 , Tatiana Correia 1 1 Emanuela Filippo — Department of Physics of Sci- DA Kiselev , , 1 3 1 1 , — Dipartimento di Scienze e Tecnolo- of Ceramics and Glass Engineering, 2 2 2 2 ılio Almeida ´ Ab Mustafa Lotya di Energetica and CNIS,Sapienza*, Universitàdi Roma I-00161 *La Roma In this work westructural and report electrical properties about ofstituted the ribbons con- by morphological, homotype SWCNTfects bundles. of the Theinvestigated. bundle-bundle ef- aggregation has been dei Materiali,Lecce Universita’ — delgie Chimiche Salento and*Tor I-73100 MINAS, Vergata*, I-00133 UniVersitàdi Roma Roma — Marco Rossi TUEp.MAT.25Phonontanate dynamics Ceramics doped in with Yttrium Strontium Ti- 16:30 Letizia Terranova • Alex Tkach Vilarinho TUEp.MAT.24Electrical featuresbundles of formedcarbon packed by nanotubes aligned homotype single-walled 16:30 ence Faculty, IFIMUP, Universitydo of Porto, Campo Rua tugal Alegre, — 687, 4169-007 Porto, Por- tonio Serra Kholkin CICECO, University of Aveiro,Portugal 3810-193 Aveiro, TO1 dynamicsbeen of studied Y-doped by Ramanthe STO existence spectroscopy of a to ceramics polar looksuggested state has at for by room PFM temperature experimental measurements. results Discussion will of be presented. TUEp.MAT.23Exfoliation of Pristine Graphene fromGraphite Bulk Using Liquid Phase Systems Trinity College Dublin, Ireland — 16:30 quency Raman spectroscopytion. and X-ray diffrac- • Jonathan Coleman search on Adaptive Nanostructuresvices, and Trinity College Nanode- Dublin, Ireland We show exfoliation of pristine grapheneuid using phase liq- dispersion systems.liation The is quality of assessed exfo- by aing range extensive of transmission techniques includ- electron microscopy.

Tuesday eiodco hsc fNtoa cd c.of Sci. Acad. National of Physics Semiconductor two- exhibits behavior. and dependence extremum emergence temperature capac- whose peak heat ity low-temperature boson of is in variation relative results one, to krypton-argon shown including in waves solutions, sound solid of dispersion negative Additional of Sciences Ukraine of Kharkov, En- Academy Ukraine, National and the Physics of Temperature gineering Low for Institute Yaremko Manzhelii UpSR416:30 structure nanoparticle of medium Dzhagan surrounding effect nanoparti- and in cles: coupling Electron-phonon TUEp.SUR.4 soliton. envelope pro- 16:30 finding asymptotic for of version cedure the in equa- proposed base and inves- and the tions are obtained plate We half-space theoretically. thin elastic tigated the the covering in film the solitons envelope The Ukraine Kharkov, Physics Engineering, Temperature and Low for Institute B.Verkin Kovalev Sys- der Elastic Geometry Restricted in with tems Solitons Envelope Surface TUEp.SUR.3 16:30 Gospodarev Igor Near Surface Impurities Light Ag(111) of Vibrations Local TUEp.SUR.2 16:30 Structures Kotlyar Disordered Feodosyev Impurities in of Clusterization with Peaks Boson TUEp.SUR.1 Session Low-Dimensional Poster - and I Physics Interface Surface, 18:40 – 16:30 fitrtmcitrcin rmexperiment. from and interactions structure interatomic defect of of or parameters deduce Mg, al- to Al, approach lows analytical with Developed lattice impurities. crystal Mn Ag are for vibrations local calculated of intensities and Frequencies Kharkov, Ukraine, of Ukraine Sciences Na- of the Academy of tional Engineering and Physics Temperature Manzhelii Elena , 1 1 , and , and , , yil Kravchenko Kyrillo yhioValakh Mykhailo grGospodarev Igor itihZahn Dietrich and egnSyrkin Yevgen , .eknIsiuefrLow for Institute B.Verkin — 22 • lkad Kotlyar Oleksandr — nd • ln Sokolova Olena egyFeodosyev Sergey eea ofrneo h odne atrDvso fteErpa hsclSociety Physical European the of Division Matter Condensed the of Conference General — 2 , — 1 • , • Volodymyr B.Verkin — 1 Oleksandr — nttt of Institute — , Anatoliy Alexan- Sergey Elena and , — , ec pcrsoy n osdrdtheoretically considered and spectroscopy, Ra- cence resonant photolumines- absorption, electron- by optical scattering, experimentally man the studied is nanopar- onto ticles semiconductor II-VI in medium coupling phonon surrounding shell, passivating size, and nanoparticles of effect The D-09126 Germany 70, Chemnitz, Straße Reichenhainer Technology, of Ukraine 03028, — Kyiv 45, Nauky prospekt Ukraine, UpSR816:30 National Engineering, and Physics Temperature Peschansky organic Kozlov Q2D in conductors effects Thermomagnetic TUEp.SUR.8 absorption. 16:30 the water of in that crystal anisotropy proved the optical been spectra an has induces symmetry It crystal absorption water. determined crystal is the the 1200nm by to 800 in from MgSO3.6H2O structure The 2 in Water 1 Hexahydrate Bunzarov Sulphite Crystal Zhelyu Magnesium of the Properties Optical TUEp.SUR.7 16:30 on supported nanoparticles Lewandowski films encapsula- Pt (111) and Fe3O4 of adsorption tion CO Growth, TUEp.SUR.6 16:30 Ir(001) on layers CoO(111) — in Stress TUEp.SUR.5 dinov and Co Ir(001). both on in films stress correla- CoO(111) and the structure elucidate between to tion discussed ex- mea- diffraction are stress electron periments energy monolayer low combined and surements of results The Physics crostructure Kirschner oecpuaino h tparticles. Pt leads the 800K of encapsulation above to annealing to vacuum Due effect temperatures. SMSI altered elevated to are annealing films Pt upon Fe3O4(111) of on properties formed particles adsorption CO Germany Berlin, and Society, Morphology Planck Max the of tute S.KietOrdk” oa ugra— Bulgaria Sofia, Bulgaria Ohridski”, Shumen, Preslavsky”, Kliment ”Konstantin ”St. 2 • .Isiueo hsc,Cent University Chemnitz Physics, of Institute 2. ikSander Dirk and , 1 , aiaKrstovska Danica aoFreund Hajo 1 a lnkIsiueo Mi- of Institute Planck Max — — , — igaSun Yingna 1 • 1 , ..eknIsiuefrLow for Institute B.I.Verkin laKirichenko Olga and hnTian Zhen — • • hhiQin Zhihui ey Petkova Petya rt-ae Insti- Fritz-Haber — , hmlShaikhut- Shamil 2 and , and , hsc Department Physics , Valentin 1 Mikolaj , J urgen ¨ Igor 2 — — 47 lcrneeg pcrmrslsi in quan- thermo-emf. giant the in of of character oscillations results Q2D tum spectrum the that energy mag- shown electron quantizing is It a in field. netic placed conductor of layered coefficients a kinetic thermomagnetic derive We Macedo- of Republic nia Skopje, 1000, Institute, 162, Physical P.O.Box ave, Mathematics, Lenin and — Sciences 47 ral Ukraine Ukraine, 61103, of Kharkov, Sciences of Academy dopiniohrs ssei etadha ca- heat calculated. and are pacity heat isosteric densities, isotherms, adsorbate adsorption investi- intersti- Average is in theoretically. nanobundles and gated carbon surface, closed-end outer of the tials adsorbed on deposit grooves, atomic in an of Engineering Thermodynamics and Physics Temperature Low for and noacutteeeto hnn n disorder and 16:30 phonons of effect the taking account temperature into and potential at chemical graphene of finite conductivity infrared the study We USA Boston, University, Boston Physics, — Portugal Braga, Department, graphene neto Castro of conductivity • optical The TUEp.SUR.11 oxides. and bands ions the cobalt as well of as nanoparticles Co plasmon in we surface resonance spectra to optical corresponding In bands observed technique. matrix sol-gel silica the in using grown were nanoparticles Cobalt Japan Sendai, Aoba, 980-8578 Aza Aramaki Aoba-ku, University, Tohoku 16:30 Technical — Be- Gomel, larus State 246746 prosp., Gomel October 48 University, Silicates, and Ceramics — Ukraine prosp., Kyiv, Glushkov 03127 Akademik 2/1 University, Kyiv Fabri- 1 Gel Alexeenko - Sol Nanocomposites Yeshchenko Co/SiO2 of cated Properties Optical TUEp.SUR.10 16:30 low- bundles of gina car- nanotube closed-end bon on properties adsorbate dimensional Thermodynamic TUEp.SUR.9 hsc eatet ainlTrsShevchenko Taras National Department, Physics uoPeres Nuno osatnChishko Konstantin , aiaPoltavskayaMarina 3 etrfrItricpiayResearch, Interdisciplinary for Center 2 and , 1 1 2 , , — oisStauber Tobias grDmitruk Igor 1 nvriyo ih,Physics Minho, of University nryDmytruk Andriy 2 aoaoyo Technical of Laboratory .Vri Institute Verkin B. — — , • 2 grPoltavsky Igor ain Antsy- Tatiana aut fNatu- of Faculty 1 2 1 and , eatetof Department , Alexandr — Antonio • 3 Oleg · — — usa 6Ags 2008 August 26 Tuesday , u ocagdiprte n ntr scatterers. unitary and impurities charged to due esW Andreasen W. Jens ml-nl -a cteig nepee schain as folding. interpreted evidenced scattering, by x-ray is revealed small-angle superstructures self-organisation imag- long-period Additional and through the diffraction to by ing. relative observed self-organise as to substrate, shown polymer are conjugated layers semi-conducting Deposited New USA Brooklyn, York, University, Polytechnic Science, — Denmark Roskilde, — Norway Trondheim, Technology, 2 and Science 1 UpSR1 16:30 level Landau the of as broadening effects Vanishing TUEp.SUR.15 16:30 Surface Adsorption Si(111)-7x7 on Molecular Lo O2 of of Evidence New TUEp.SUR.14 16:30 bulk in and layers thin — in polymers conjugated semiconducting of Self-organisation of TUEp.SUR.13 obtained. be to conductors organic new the structure allows of electronic It the mechanism on considered. information important is quasi- spectrum with energy conductors 16:30 2D organic the layered thermoelectric in of energy transformation electromagnetic-acoustic of Skopje The 1000 Physics, 162, Box of O. Department P. Mathematics, and ences mechanism and conductors organic in transformation electromagnetic-acoustic Thermoelectric TUEp.SUR.12 and — ino 2adteepaain o h previous the subject. for this explanations on the conclusions contradictory and O2 adsorp- of molecular we tion the temperatures, of reaction confirmation high the O2-O2 at achieve surface of Si(111)-7x7 observations on STM direct By 115, Taipei Nankang, Taiwan Sinica, Academia — Physics, Taiwan 300, Hsinchu University, oye eatet iøNtoa Laboratory, National Risø Department, Polymer of University Norwegian Physics, of Department 1 1 • , eateto hsc,Ntoa Tsing-Hua National Physics, of Department laGalbova Olga rsieVillagonzalo Cristine mlJ Samuelsen J. Emil n-hu Hwang Ing-Shouh T −→ aut fNtrlSci- Natural of Faculty — 2 and , 3 — hmcladBiological and Chemical 2 0 and , 1 • , — aiaKrstovska Danica a .Breiby W. Dag al Levon Kalle • • tutr and Structure — ad Gammag Rayda inT Tsong T. Tien 2 — nttt of Institute Rong-Li 3 — 1 2 ,

Tuesday , 2 — — Al- Anna , and INFM- 3 2 , 1 , and Arend van 2 , — Solid State INSP, Université 1 Institute for Prob- 1 Institute of Physics 2 — — 3 2 Tariel Makhviladze Yerevan State University, Mulazzi Mattia 1 Russian-Armenian Univer- , , 2 1 1 Stefan Kooij — , 1 Arshak Vartanian Bene Poelsema Lyudvig Vardanyan — • , 1 , and Mikhail Sarychev • TASC Laboratory INFM-CNR, Trieste, Italy 3 Waqqar Ahmed Silfhout TUEp.SUR.28Orientationanisotropic and noble• metal characterization nanoparticles Physics, of MESA+ InstituteUniversity for of Nanotechnology, Twente,Enschede, The P.O. Netherlands Box 217,Electric 7500 field-induced AE metallic orientation nanorods oftechniques. is 16:30 suspended Calculation investigated oferties using nanorod using optical optical prop- MieApproximation theory provide and a themonitoring benchmark Discrete of for alignment Dipole processes. in situ TUEp.SUR.29Thermal relaxationacoustic-phonon of interactiontum electrons in due wire Asatryan a to quan- Yerevan, Armenia — 16:30 TUEp.SUR.27Nonequilibrium thermodynamicsfith of crack Grif- propagation along interfaces 16:30 bert Kirakosyan sity, Yerevan, Armenia The hot-electron energy-lossconfined rate conditioned acoustic by phonons in a quantum wire is Eddrief Mahmoud Panaccione Giancarlo Pierre et Marie Curie,CNR, Paris, National France. Research — tures Centre and bioSystems for at— nanoStruc- Surfaces, Modena, Italy Robert Goldstein and lems inences, Mechanics, Moscow, Russian Russiaand — Academy Technology, Russian ofMoscow,, Russia Academy Sci- ofIn Science, the work, usingthermodynamics, the a methos criterion ofagation of nonequilibrium of quasistatic Griffith prop- cases cracks of is pure obtained.point materials defects and Both are materials the considered. containing Circular dichroism coresurements and of valence thecate XPS ZnSe(001)-c(2*2) that surface mea- surfacedifferent indi- polar and variations. We bulk identifytally experimen- components surface-related exhibit bandsspectra based in on the symmetry considerations. valence-band , , , Tuesday 26 August 2008 1 2 · Dim- Oktay Elmira • , 1 , Laurence — Institut Volodimir Oleksandr , , and — Faculty of • 2 , 1 — Pierre Mallet Vidal Franck Torelli Piero • , 1 — — Igor Evtodiev Fanny Hiebel Institute of Semiconductor 1 , — Mihail Caraman — Mykola Semenenko Hans Hartnagel , Jean-Yves Veuillen Anatoli Evtukh 2 1 , 2 , , and 1 , and Technische Universitadt Darmstadt, Institut 2 Marangolo Massimiliano TUEp.SUR.26Circular dichroism infingerprint of photoemission surface ascase band of a structure: ZnSe(001)-c(2*2) The 16:30 TUEp.SUR.24Emission properties of nanostructuredfaces sur- of GaN and AlGaN 16:30 TUEp.SUR.25The characterization of the energeticlocalized states on theide GaSe layer surface syngleCuculescu crystal - ox- 16:30 • TUEp.SUR.23Rotational disorder infilms few on layer 6H-SiC(000-1):neling graphene microscopy study A scanning tun- Magaud Néel, C.N.R.S. andBoˆıte Postale Université Joseph 166, Fourier, France F-38042 Grenoble CedexScanning 9, tunnelling microscopyon 16:30 few-layer was graphene performed filmsSiC(000-1). epitaxially grown Moirépatterns on revealtion a angle misorienta- betweenyields to the an graphenetected electronic in layers, our interlayer which data. decoupling de- Kyriienko Litovchenko Yilmazoglu Physics, Moldova State University,vici 60 str., A. Chisinau, MD Matee- 2009, RepublicGaSe of Moldova oxidation by differentsurface processes causes states new measurements formation. at highflection incident spectra The angles in excitonic of absorption ellipsometrical thermoluminescence region the and have re- beenstates used properties analysis. for surface rn¸i Varchon François itris Pavlidis Physics, 41 prospekt Nauki,— 03028 Kiev, Ukraine fur Hochfrequenztechnik,Darmstadt, Merckstr. Germany 25,Emission 64283 properties ofAlxGa1-xN(x=0.3) nanostructured GaN surfraces and gated has in details. been Theformed by nanostructured investi- photoelectrochemical surface method. was fective The electron ef- fieldexplained emission in was frame of observed proposed and model. 48 , 2 1 — — 1 , and 1 Lei Shi Physics Department and 1 Dipartimento di Paolo Ghigna 1 , Institute of Physics, 1 3 — Gerard Martinez 2 Giorgio Spinolo • , 1 Zu Wei Yan • and 2 Sonia Pin — , • 1 — L.D. Landau Institute for Theoretical 2 College of Science, Inner Mongolia Agricul- 1 GHMFL, CNRS, B.P. 166, Grenoble Cedex 9, GILDA-CRG European Synchrotron Radiation Department of Physics, Inner Mongolia Univer- 00664 Warsaw, PolandP.O. — Box 304, Zagreb HR-10000,Au Croatia films onand Pd(110) STM as are studied foundconstructed to with form and UPS, pseudomorphic reconstructed PAX unre- well Au as overlayers, stable as AuPdthe surface Au alloys, coverage depending and temperature. on 1 France — Physics, 117940 Moscow V-334, Russia It iselectron shown interactions, within that the Hartree-Fockproximation, the ap- in introduction thegraphene of magneto-optical can response electron- of explainent re-normalizations quantitatively of the theserved Fermi velocity experimentally differ- as for ob- all transitions. TUEp.SUR.21Probing theReactions Initial StagesEliana of Quartarone SolidFrancesco State D’Acapito chimica-fisica ”M.Rolla”,Viale Università di Taramelli2 Pavia, 16, I-27100,Facility Pavia (ESRF), (Italy)Cedex, BP France — 220,The 16:30 F-38043 initial stagesbeen Grenoble probed. of The solidbeen formation investigated state using of fluorescence reactions Zn-Alprobe. EXAFS spinel have as has Different a strate orientations give of different the reactivity towards Al2O3 ZnO. sub- TUEp.SUR.22Quantum Confinedcitons Stark in Effects WurtziteQuantum Nitride Dot of Semiconductor — Ex- tural University, Hohhot2 010018, P. R. Chinasity, — Hohhot 010021, P. R.Binding China energies ofquantum excitons dot structures in havean wurtzite been 16:30 applied studied uniform nitride electric under citon field by with taking both the branchesinteraction ex- of into account. LO-like and TO-like TUEp.SUR.20Electron-electronmagneto-optical interactions properties of andYuri graphene Bychkov the 16:30 , , 1 — — 1 Tomasz , 1 Christian Brein- Conrad Becker Tobias Pertram • , , Carlos Escudero General Conference of the Condensed Matter Division of the European Physical Society 3 Klaus Wandelt — — Institute of Physics • — Institute of Physical nd — ´ al Faculty of Chemistry, War- 2 22 , and Marco Moors 1 • — Marco Kralj Karel Kr • , 2 ´ everine Le Moal S — Klaus Wandelt , Institute of Physical and Theoretical Chemistry, saw University of Technology, Noakowskiego 3, Conrad Becker 1 University of Bonn,Bonn, Germany Wegelerstr. — 12, D-53115, Kobiela TUEp.SUR.19Characterization of bimetallic Au/Pd(110) surfaces 16:30 TUEp.SUR.18Non-standard Dynamicmannian Interfaces Scaling on Rie- 16:30 and and Theoretical Chemistry,Wegelerstr. University 12, of D-53115, Bonn, Bonn, Germany The heteroexpitaxial growthsurface of in Pt the submonolayer on regime hasied a been by Cu(111) stud- LT-STM anding evaluated nucleation quantitatively theory. us- Annealingfusion leads into the to surface Pt and dif- alloy formation. Instituto de Matemáticasy Fundamental, F´ısica Consejo Superior deC/ Serrano Investigaciones 123, Cient´ıficas, 28006 Madrid,Growth Spain phenomenapresent on properties completely different Riemannianplanar from counterparts. their interfaces Fundamental differencesthe are loss of theand interface the correlation irrelevance through ofdimensions. time the noise in two or higher TUEp.SUR.17The binarystudy system of heteroepitaxial Pt/Cu(111):An growthquent STM and alloy subse- formation lich 16:30 TUEp.SUR.16Electronic upconversion effectvices in nanode- 16:30 Dynamics Group, NationalUniversity Institute of of the Physics, City, 1101 Philippines Philippines Diliman,The Quezon contribution has beenthors. withdrawn by the au- of Acad. Sci.Czech Republic of Czech Republic,Electronic v.v.i., multiple scattering Prague, on thecan LO lead phonons togeneration a of nonadiabatic voltage effect betweenodevice. of contacts spontaneous The of theory acluding of nan- the the relation effect to is experiments. discussed in-

Tuesday h lcrclrssiiyo bandti l sys- determined. film was thin tem obtained of resistivity methods. electrical electron The spectroscopy using Auger and annealing dur- diffractometry thermal investigated stationary been silicon- ing have in system transformations iron-silicon phase and of composition elemental regularities of investigations Belarus Minsk, The Sci- St., Kuprevich of Belarus10 Academy of National ences of Institute Technical transition. 3D to 2D the at observed reconstructions the thick where(2x4)are ML reconstructed, 1.75 GaAs(001) InAs on kMC layer a and wetting on calculations diffusion In DFT simulations by studied have We Germany Duisburg-Essen, Universitat Physik, 2KsnaS. is,Blrs— Belarus Minsk, St., Kasinca 22 — Modena 213/A, Emilia, Campi Reggio e Modena Via di Universita’ Fisica, di Kratzer Righi Clelia iaimadmlbeu ird hnfim were films of thin determined. formation nitride for molybdenum and processing titanium of Conditions investi- ir- were gated. films plasma thin hydronitrogen molybdenum with radiated and transforma- titanium phase in 16:30 and tions structural of Regularities Republic Minsk, 220141, Belarus Be- of St., of Kuprevich Sciences 10 of larus Academy National of Institute • Discharge Arc Plasma of Hydronitrogen on by Nitrides Processing Molybdenum their and Formation Titanium of of Regularities of Investigation TUEp.SUR.32 16:30 — Chaplanov cady during • System Elec- Annealing Si-Fe-Si and Stationary of Composition Resistance Phase tric of Change TUEp.SUR.31 16:30 In- surfaces on InGaAs GaAs(001) on diffusion reconstructed (2x4) and rich adsorption Indium TUEp.SUR.30 suffi- a shows agreement. regime cient in scattering obtained phonon results acoustic experimental the our with of results comparison The theoretically. investigated ln Shcherbakova Elena Malyshko Aleksey 1 cetfi rdcinAscainIntegral, Association Production Scientific 2 — 1 1 N-NMS n Dipartimento and CNR-INFM-S3 , — 2 iaMagri Rita and , 22 • — acloRosini Marcello 2 nd rayChaplanov Arcady , ln Shcherbakova Elena — itrUhov Victor Physical-Technical — eea ofrneo h odne atrDvso fteErpa hsclSociety Physical European the of Division Matter Condensed the of Conference General α ldmrKolos Vladimir (x)and 2(2x4) 1 and , 2 Fachbereich 2 1 Physical- , β 1 Maria Peter 2(2x4) , Ar- and 1 2 , h unu transition. the in quantum and the simultaneously the levels part by Landau takes their electron composed background on hole is and magnetoexciton electron case the in considered reso- when was transition magnetoexciton-cyclotron quantum nance combined The Moldova of Republic Chisinau, University, est,Upaa wdn— Sweden Uppsala, — versity, Moldova of Republic Chisinau, Railean Olga i Dimitrakis tis UpSR3 16:30 Lysenko ion Turchanikov energy low ultra implantation. by memory formed dissi- nonvolatile structures nanocluster and in formation pation window of Processes TUEp.SUR.36 16:30 emission Maksimenko terahertz Sergey nanotubes Batrakov carbon of from Mechanisms TUEp.SUR.35 16:30 Russu resonance two-dimensional shape Podlesny band Moskalenko Combined absorption magnetoexciton-cyclotron transitions. quantum Magnetoexciton-electron 16:30 TUEp.SUR.34 alloys amorphous of • made foils pertur- in surface bation stress-induced Correlated TUEp.SUR.33 ae ih mtigaddtcigdevices. detecting nanotube- and novel emitting reveal of light design to based the order of possibilities in new theoretically tera- investigated nanotubes of carbon are in generation waves electromagnetic the hertz of mechanisms Physical UK Exeter, Russia Novosibirsk, — University, — Technical Belarus State Minsk, Problems, clear — Butenko Pavel h otiuinhsbe ihrw yteau- the by withdrawn thors. been Poly- has contribution 26 The Russia Institute, Petersburg, Physico-Technical St. tekhnicheskaya, Ioffe — lxnr Chmel Alexandre 1 3 eau tt nvriy nttt o Nu- for Institute University, State Belarus colo hsc,Uiest fExeter, of University Physics, of School 1 , lrnCerbu Florin 1 , 1 1 , , aclNormand Pascal 1 lgKibis Oleg 1 , ln Kiselyova Elena 3 , 2 — and , — lxyNazarov Alexey ihe Liberman Michael — 1 • nttt fApidPhysics, Applied of Institute aei Ievtukh Valerii , 1 1 lxne Lukianenko Alexander and , nttt fSemiconduc- of Institute jcelvKorsukov Vjacheslav 3 , 2 ege Colun Serghei , ihi Portnoi Mikhail • oiaKuzhir Polina 2 — — and , 3 odv State Moldova 2 3 1 psl Uni- Uppsala , , Konstantin 2 Sveatoslav Novosibirsk Volodimir hsc Department Physics 1 2 Panagio- , Spiridon , Viktor 3 • and , Igor — 1 3 , , 49 n eaiecagsdrn rs cycles. ex- erase during was charges positive negative dissipation of and accumulation charge simultaneous by The plained were implantation ion investigated. by contain- formed structures nanoclusters ing memory pro- nonvolatile retention in charge cesses and formation 03028, window The Greece Kyiv Paraskevi, Aghia Nauki, 15310 ”Demokritos” prospekt — 41 Ukraine Physics, tor n lnrdfcs(tcigfut,rotational planes. (111) the faults, on (stacking evidenced are mi- defects twins) were the electron planar along shell by and occurs characterised oxide Growth and an croscopy. Si by on coated grown nanowires SiC Parma 43010 37A, Scienze (Italy) delle Area Parco tute and Majdoub 1 hamed Rossi nm. 5 of around BaTiO3 constant for found piezoelectric is % effective enhance- 500 the *giant* nearly a in 16:30 ment e.g. and dielectrics non-piezoelectric gi- piezoelectric both size-dependent in of piezoelectricity ant nanos- emergence prototype reveal a tructure of calculations atomistic Our sity in Nanostructures Super-piezoelectricity Size-dependent TUEp.SUR.37 c iuain.Terlvn oesaedevel- are models relevant The oped. simulations. dynam- molecular in- ics studied using is and keV-energy substrates experimentally various medium-size both with clusters and im- gas small ert on nanostructures of surface pact of formation The — Finland Scotland 16:30 Espoo, 00014 3JJ, EH9 3 Edinburgh Gothenburg, University, 41296 — Gothenburg, Sweden Surfaces of Ar- University Various of Campbell with Impact Eleanor Clusters Energetic — on gon Effects TUEp.SUR.39 16:30 core-shell beta-SiC/SiO2 of nanowires Study TUEp.SUR.38 a Nordlund Kai nvriyo oso — Houston of University eateto hsc,Uiest fHelsinki, of University Physics, of Department • inal Salviati Giancarlo , ldmrPopok Vladimir atoBosi Matteo 2 — nttt fMcolcrnc,NCSR Microelectronics, of Institute 2 colo hmsr,Edinburgh Chemistry, of School • ivniAttolini Giovanni 3 — 1 — and , , 1 • enr nioWatts Enrico Bernard , 1 rde Sharma Pradeep 2 eateto Physics, of Department , 1 , uaSamela Juha MMCRInsti- IMEM-CNR — 2 ea & Univer- A&M Texas ai Cagin Tahir aaVuckovic Sasa , < Francesca 111 3 1 > and , , 2 Mo- axis · — 1 usa 6Ags 2008 August 26 Tuesday , , n iisa o n ihtemperatures. high differ- and has low tensor at nu- PGE limits and ent that analytically found both We studied merically. is asymmet- of antidots lattice ric 2D pho- in (PGE) the effect on togalvanic interactions electron-electron of Role Novosibirsk, 31062 France CNRS, Toulouse, III, Sciences, Toulouse — Universite Theorique, of Russia of Branch 630090, Academy Siberian Physics, Russian Semiconductor — France of Orsay, F-91405, 8502, UMR density- of means PdPt by of oxides studied theory. bulk functional been of as struc- have well various alloys as work, surface this com- of In the tures for methane. catalysts of in bustion applied are alloys PdPt Germany Freiburg, 79108 — 11, Austria Woehlerstrasse Werkstoffmechanik, fuer Wien, stitut 1090 8, gasse — Germany Dresden, Technology, 2 01069 of 3, University Hallwachsstrasse Dresden Science, rials genschl UpSR4 16:30 Entin asymmetric Matvey 2D electron-electron interactions of presence in in nanoarrays effect Photogalvanic TUEp.SUR.42 16:30 and Ciacchi Colombi surface alloys cio Bobeth PdPt of fred of structures modelling • oxide initio bulk Ab LaAlO TUEp.SUR.41 the of electronic the function for structure. a implications the as lattice-distortions and interface thickness, the the the investigate cal- at LaAlO varying DFT/GGA we Via by 16:30 culations tuned of distance. be surface-interface can properties heterostructures Electronic Brazil Brasilia-DF, — Germany 2 Augsburg, D-86135 sität Augsburg, Heterostruc- Oxide in tures distortions Lattice TUEp.SUR.40 Shepelyansky aute hsk nvriatWe,Sensen- Wien, Universitaet Physik, Fakultaet 70904-970 Brasilia, de Universidade ICCMP, rzoDianat Arezoo — ogl ¨ • oiaSchuster Cosima 1 , 2 1 3 , 2 — — , — ofagPompe Wolfgang 1 • 1 , e Magarill Lev ntttfu hsk Univer- für Physik, Institut 1 3 lxiChepelianskii Alexei nv ai-u,CNRS, Paris-Sud, Univ. ioaSeriani Nicola aoaor ePhysique de Laboratoire 3 — 1 1 nttt o Mate- for Institute and 3 ruhfrIn- Fraunhofer d Schwin- Udo 2 and , 1 and , 3 2 2 /SrTiO Institute , Man- Dima Lu- — 3 3 1 - - ,

Tuesday , 2 , 1 — 1 Vu ´ og ´ nski and Vu Hung Dao — Piotr Zieli — Département de Dariusz Twar • — Division of Quantum — Cracow Technical Univer- , and Liviu Chibotaru 2 3 • , 1 — — Division of Quantum and Physicsl Liviu Chibotaru • Jagiellonian University, Institute of Physic, The H.NiewodniczańskiInstitute of Nuclear 3 1 Janine Splettstoesser Photon assisted tunnelingmK up through to a 40MOSFET single GHz As is at impurity reported.are in 300 observed a Microwave as nanoflash power differentthrough effects conduction excited regimes states. and 24 quai Genève, Physique théorique,Universitéde Ernest Ansermet, 4, CH-1211 Switzerland Genève TUEp.SUR.56Bulk andof surface auxetic wavesDominik crystal in Trzupek — a 2dPhysic model PAN, ul.Kraków,Poland — sity, Radzikowskiego Institute 152, of Physic,— 31-342 30-084 Kraków,Poland 16:30 TUEp.SUR.57Detecting quantized• charge emission 16:30 TUEp.SUR.54Splitting ofboundary effects composite in mesoscopicperconductors two-gap su- vorticesHung due Dao to Chemistry andLeuven, INPAC, Belgium University ofIn mesoscopic Leuven, two-gap superconductors withof sizes the order of thevortices coherence are length noncomposite foundble to 16:30 in be a thermodynamically large domain sta- of the T -TUEp.SUR.55 H phase diagram. Destruction ofrange global modulations coherenceconducting of by nanocylinders disorder long and in super-and Physical Chemistryof and Leuven, INPAC, Leuven, University Belgium In long superconductingrange nanocylinders modulation the of long- responsible the for the disorder anomalous is broadeningmultistep 16:30 and found character the of to the between resistive normal transition and superconducting be- statesnetic in field. mag- ul. Reymonta 4, 30-059 Kraków,Poland Model ofshown polar to auxeticism exhibitSurface in complete waves external within stopspecific bulk field acoustic surface bands parameters. is band. occur in it at Tuesday 26 August 2008 — · and Erio 1 , and Gabriele , and , 4 , 3 International 2 , Dipartimento 4 2 2 , 1 Andrea Bertoni • INFM-CNR S3 National Sergey Tarasenko 1 • Rossella Latempa — — Laboratorio Nazionale Democritos-INFM, Unitàdi — , 2 — 2 International Centre for Theo- , 1 1 Andrea Dal Corso , — 4 , 4 2 , 2 , Alexander Smogunov 1 • Enrico Prati — Voronezh State University, University Sq. • 3 MDM, CNR-INFM, via OlivettiBrianza 2 - - 20041 Italy Agrate Marco Fanciulli Guido Goldoni TUEp.SUR.53Microwave Assisteda Tunneling Single— through Impurity in Si nanoMOSFET 16:30 TUEp.SUR.51Thermal orientationnanostructures of electronA.F. spins Ioffe in St.Petersburg, Physico-Technical Russia Institute,It 194021 iselectrons shown occurs that instructures low-symmetry the as semiconductor soon spindriven as out orientation the of of thermaltal electron lattice. equilibrium gas free with is the 16:30 simply crys- TUEp.SUR.52Exact Numerical Calculationtron of Transmission therelated Amplitude Elec- Quantum ofMean-field Regime Dot: a Cor- Few-particle vs. Research Center, Modena, Italy — 16:30 TUEp.SUR.50Conductancestudy: eigenchannels,ties Pt atomicSclauzero a chains with case impuri- 16:30 di Fisica, Universitàdi ModenaModena, e Italy Reggio Emilia, The scattering amplitude of acontaining model few quantum dot interacting electronsby is using calculated the ”few-particleboundary quantum method”. transmitting where Fano resonances the are transmissionities. found, phase shows discontinu- Tosatti retical Physics (ICTP), Strada CostieraTrieste 11, (Italy) 34014 — Trieste, Via— Beirut 2/4,1, 34014 394006 TriesteSchool Voronezh (Italy) for (Russia) Advanced Studies — 2/4, (SISSA), 34014 Via Beirut Trieste (Italy) The analysis ofconductance eigenchannels ballistic is implemented transportplane-wave in code PWCOND the in and will beon terms illustrated the of example ofvarious a kinds Pt of monatomic nanowire impurities. with 50 , 1 — Ji- 1 , — Shri Institute 2 Physics Department Mikhail Glazov • — A.F. Ioffe Physico- — Sheetal Kapoor Pranay K Sen Agnieszka Nawrocka • Stanis law Krawczyk Stanis • — — , and , and 2 Eugene Ivchenko Institute of Physics, Marialodowska Curie-Sk National AcademyLenin of ave, Kharkov, Sciences 61103, Ukraine ofInvestigations of Ukraine, Nernst-Ettihgshausenlayered 47 conductors effect with in multisheetat Fermi surface different orientations offield a allows to quantizing determine magnetic electronand energy spectrum contributions to electronent groups transport of of carriers. differ- TUEp.SUR.48Effectanisotropy ofQuantum in magnetic Dots tendra strained field Kumar G. S. on CdZnSe/ZnSe Institute ofroad, Technology Indore-452003, & India optical Science, 23Electronic Park and optical properties oftum ZnCdSe quan- dotsHamiltonian is formulation. The investigatedpendence magnetic 16:30 field using of de- linear the energy polarization Luttinger eigenvalues arequantum and dots. analyzed degree for of anisotropic TUEp.SUR.49Electron-electron scattering effect onrelaxation spin- intor heterostructures many-valleyand semiconduc- Technical Institute, RAS,Russia 194021 St-Petersburg, Dyakonov-Perel’ spinstudied relaxation theoretically in a mechanism two valleyElectron-electron quantum is well. scattering ratesprocess 16:30 governing are this foundsingle to valley be system. different from those in a TUEp.SUR.47LocalizedStates vs ofacene Charge-Transfer Alizarin, DerivativesPhotosensitizers Adsorbed Excited Catechol on andAgata Zdyb TiO2 Poly- as 16:30 1 University, 20-031 Lublin,of Poland Physics, — Poland Lublin Polytechnic, 20-618Electroabsorption Lublin, measurementssorbed on for TiO2 nanoparticlesprovide dyes are molecular reported. dipole moment ad- They changes ontation exci- - a direct measureinto of the electron solid. delocalization Thestates involvement of is charge-transfer assessed. , , 1 — 2 Olga Pavel Paolo • , 3 , — Institute — ˇ Svec Faculty of Nat- 1 ´ ab Michele Virgilio Pingo Mutombo — • B.I.Verkin Institute • 3 3 Danica Krstovska General Conference of the Condensed Matter Division of the European Physical Society — , 2 — ır Ch ´ Martin — NEST-CNR-INFM and nd , Olga Kirichenko 22 Giuseppe La Rocca • Vladim Bir-Zeit University, West Bank, 2 — and Raed Hasan , 1 1 , and Valentin Peschansky Giuseppe Grosso ınek ´ Dipartimento di Fisica,Scuola Università Normale di Superiore Pisa and CNISM Piazza and ural Sciences andtute, Mathematics, P.O.Box PhysicalMacedonia 162, Insti- — 1000,Autonomy Skopje, of Republic Palestinefor — of Low Temperature Physics and Engineering, Pavel Shukrinov TUEp.SUR.46Nernst-Ettingshausen effectconductors inGalbova layered 16:30 and TUEp.SUR.45TheSi(111)-7x7 adsorption surface of Tantalumof atPrague Physics,ASCR,vvi,Cukrovarnicka 6,Czech republic a 10,16253 DFT calculations performed tosorption determine site the of ad- a Taindicate atom that at it a favored Si(111)-7x7 the surface STM hollow 16:30 images site. are Simulated dominated byeffect. a strong electronic TUEp.SUR.44Tight binding descriptionconfined of Stark thequantum quantum effect well systems in strained Ge-rich 16:30 Dipartimento di FisicaPisa, E. Largo B. Fermi, Pontecorvo Universita’ 3,We I-56127 di investigate numerically Pisa, the Italy quantumStark confined effect indifferent Ge-rich polarizations SiGe ofThe quantum the evaluated absorption wells incident spectrumpossibility evidences for radiation. the of SiGe quantumulators. wells as optical mod- Jel TUEp.SUR.43Photoluminescence ofJ-aggregate strongly microcavities coupled 16:30 Michetti 1 Largo Bruno Pontecorvo2 3, 56127 Pisa, Italy.dei — Cavalieri 7, 56126 Pisa,We Italy. built a modelexcitation dynamics able of to a accountWe J-aggregate discuss microcavity. for the the main photo- termine relaxation channels the that microcavity de- compare photoluminescence our and numericalmental results evidences. with the experi-

Tuesday poTroiani ippo rhPrezzi orah on electronics hybrids. molecular silicon-based for very candidates deemed suitable are of series which a molecules of levels is organometallic electronic study HOMO the theoretical of and offered experimental detailed A Italy Alessandria, Bellini I-15100 V. 25/G, via Orientale, Piemonte Università del — Italy Trieste, I-34012 Basovizza, 4 163.5, Km 14, Cossi rizio UpSR5 16:30 ap- theoretical a excitations nanotubes: proach optical Carbon charged of and Neutral TUEp.SUR.59 Roma, I-00185 5, Moro — Italy Aldo Piazzale — Moro Italy Aldo Roma1, Rome, piazzale 16:30 I-00185 Sapienza, La 5, Roma di Studi — Zanoni Robertino Marrani hydrocarbon- and Giacomo experimental by study an theoretical structure monosubstitution: ferrocene the in electronic effect breaking Symmetry TUEp.SUR.58 and effects. detection interference charge joint of possibility study in the We modulations, particular state. periodic to edge response an nonlinear by the series cav- in mesoscopic coupled two ities of dynamics the consider We iatmnod cez enlgeAvanzate, Tecnologie e Scienze di Dipartimento 1 iatmnod hmc,Uiestadegli Università Chimica, di Dipartimento 3 — aoaoi ainl ACCRSS- TASC-CNR Nazionale Laboratorio 4 • and , ai Kammerlander David 1 1 , , 2 2 and , , 22 1 — 1 ud Goldoni Guido , ai rnec Iozzi Francesca Maria , ihl Alagia Michele • nd tfn Stranges Stefano lc Boccia Alice lihHohenester Ulrich eea ofrneo h odne atrDvso fteErpa hsclSociety Physical European the of Division Matter Condensed the of Conference General 2 SNCR Sezione ISMN-CNR, 1 1 1 2 , , , , 2 2 Andrea 3 , , , Mau- Deb- 1 Fil- , 2 , 3 3 4 , fabta hrlt n diameter. and chirality nanotubes arbitray carbon of in ex- bi-exciton of and signatures trions, optical citons, and stability Di- the study Carlo, approachto Monte Tight-Binding and Quantum Diagonalization combined rect a use We Austria Graz, 8010 UniversitätsplatzUniversität 5, Graz, egoEii,VaCmi23A 10 Mod- 41100 213/A, — Campi — Italy Via ena, (S3) Emilia, Reggio Surfaces e at bioSystems 2 and tructures — UpSR6 16:30 in Features Solids Three-Body Shapes of Line Core-Valence-Valence of Auger Theory TUEp.SUR.60 ioaUgenti Simona Perfetto nAdro-iemdleautn three-body within a strong function. computed evaluating Green‘s and model are weak Anderson-like spectra an between of The range shape correlations. whole the the cover- for transitions ing formula Auger closed preceded Coster-Kronig a propose We Italy Milano, 20125 Via 53, Milano-Bicocca, Cozzi Università — di Materiali, 00044 dei 40, Italy. Fermi E. — Via Frascati, Frascati, di Italy. Nazionali tori Rome, della I-00133 Via 1, 2 Vergata”, Scientifica “Tor Ricerca Roma di Università iatmnod iia nvri` iModena Università di Fisica, di Dipartimento siuoNzoaed iiaNcer Labora- - Nucleare Fisica di Nazionale Istituto 1 N-NMRsac etrfrnanoS- for Center Research CNR-INFM 2 , 3 3 , — ntttfür Karl–Franzens– Institut Physik, inuaStefanucci Gianluca 1 , 2 • ihl Cini Michele — 3 iatmnod Scienza di Dipartimento 1 iatmnod Fisica, di Dipartimento 1 , 2 , hsc Department Physics 1 , Enrico 2 and , 51 UpSR6 16:30 polarons acoustic Hou Hua self-trapping of of transition dependence Dimensional TUEp.SUR.61 UpSR6 16:30 dielec- silicon Jedrzejewski a drzej the in Neustroev matrix of embedded tric spectroscopy nanocrystals Charge TUEp.SUR.63 have nm 5 about of observed. periodic 16:30 been period pho- The a laser with of nanostructure microscope. aid the projection polyani- with of toelectron obtained fragment been a has 142190 of line image Sc., photoelectron A Of region Moscow Acad. Troitzk, Russian Spectroscopy, Aseyev polyaniline polymer conducting in nanostructure Periodic TUEp.SUR.62 observed be to dimensionalities. easily lower more in is self-trapping a polarons the acoustic that by of show analyzed results is acoustic The dimensionality of criterion. the self-trapping on the polarons of dependence Hohhot The University, Mongolia China Inner 010021, Physics, of nvriy euae 10,Israel 91904, Jerusalem University, Russia 58, — Belinskogo Yakutsk. University, — State Russia 13, Lavrentieva Novosibirsk, — 1 3 nttt fSmcnutrPyis BRAS, SB Physics, Semiconductor of Institute aa nttt fPyis h Hebrew The Physics, of Institute Racah and , and 2 , egiChekalin Sergei — • vtaaSmagulova Svetlana iXaLiang Xia Xi — • rn Antonova Irina 3 oi Mironov Boris and , sa Balberg Isaac Department — nttt of Institute — , 2 1 — • Yakutsk , 2 Sergei , Efim Jun- Je- · 3 usa 6Ags 2008 August 26 Tuesday ieadconcentration. nanocrystal and the size levels, a confinement in quantum about nanocrystals information the extract of to and recharging matrix a dielectric test was spectroscopy to transient applied level deep charge The P 0Pau,CehRpbi — Republic Czech Prague, Curkrovarnická CZ-162 00 ASCR, 10, the of Physics aesae fS dtm nteS(1)(x)sur- Si(111)-(7x7) the on face. adatoms Si of sur- states through face the tunneling resonant clarify the to of currents mechanism electron theoretical the of and calculations measurements STM combine We Spain Madrid, 28049 Madrid, Autónoma de sidad Univer- Condensada, Materia F´ısica Teórica la de UpSR6 16:30 dis- sample tip surfaces Jel semiconductor the on along tun- tance resonant current the of neling behavior nontrivial A TUEp.SUR.65 thin ZnO non-doped performed. and was 16:30 films In-doped of prop- electrical both of erties study were comparative films A Zn/In ZnO evaporated obtained. In-doped of K films, 550 thin to multilayered up air in heating Romania By I 700506-Iasi, Carol 11, Physics, No. of Thin Blvd., Facuty University, Cuza Zn/In Al.I. Nanolayered Ther- Films Oxidized of mal Properties Transport Electronic TUEp.SUR.64 erez ´ ´ ınek 2 — and , 1 , • Martin ereRusu George Vladim Svec ˇ ´ rCh ır 1 , and al Pou Pablo ab ´ 2 ial Rusu Mihaela 1 eatmnode Departamento — 1 nttt of Institute — 2 , • Ruben Pavel —

Tuesday , , 3 3 Karl Niko- , Shigeki 4 — Labo- Alexan- , , 5 1 , and 3 Annette Buss- , — Physik Institut 5 Simon S. Straessle ¨ uller Albert Furrer , • 3 Janusz Karpinski Laboratory for Muon Spin Alexander Maisuradze , 1 Aula 1 3 — , Takahiko Masui Hugo Keller 2 — , , Rustem Khasanov 4 3 6 • Setsuko Tajima K. Alex M , • 5 — — ratory for Neutron Scattering,Villigen, ETH Zurich CH-5232 & Villigen PSI PSI, Switzerland The relaxation behavior of crystal-fieldin transitions rare-earth basedductors is high-temperature studied supercon- troscopy. by The neutron datamixed crystal-field analysis gap spec- is function consistent(25%) of symmetry. with d-wave a (75%) and s-wave WED1F1.3Universal observationder ofductors parameters multipleder in Shengelaya or- cuprate supercon- 10:00 9:00 – 11:00 WED1F1: Materialsand - Lattice Effects PairingChair: in Symmetry Superconductors Institut, Stuttgart, A. Germany Bussmann-Holder, Max-Planck- WED1F1.1 (Invited)Early signatures ofhigh s temperature and superconductingoxides d copper symmetries Winterthurerstr. in der 190, UniversitätZürich, CH- 8057 Switzerland Zürich, An introduction towave the gap properties symmetries in ofoxide high s superconductors temperature 9:00 is - copper given. and d - WED1F1.2Admixture of and-wave s-wave gap component symmetry to insuperconductors the high-temperature 9:40 Daniele DiFabio Castro La Mattina lai Zhigadlo Miyasaka mann-Holder Alex Muller Wednesday 27 August 2008 · Karin and Department 2 2 , 1 — MatièreMolle Institute of Biophysics, University Aula Conversi 1 Ludwik Leibler • — Gerd Ulrich Nienhaus 1 — • — et Chimie, ESPCI, UMR 7167,We Paris, will France discussto how exhibit polymer-like to properties harness thankstional to interactions small direc- and molecules supramolecularWe chemistry. show that thusbers obtained can supramolecular show rub- amazing self-healing properties. WED1C.2 (Invited)Protein-Ligand Interactions inteins Heme Pro- 9:40 9:00 – 11:00 WED1C: JointSciences Biological and Physics PolymerChair: Physics & VI M. Life Weik,CEA-CNRS-UJF, Institut Grenoble, de France Biologie Structurale WED1C.1 (Invited)Supramolecular plasticsrubbers and self-healing 9:00 Nienhaus of Ulm, 89069of Ulm, Physics, GermanyChampaign, Urbana, University — IL 61801, of USA Heme Illinois proteins arestructure-dynamics-function at relationships model in Urbana- systemsteins. pro- for The combination studying and of optical/infrared X-ray crystallography detailed spectroscopy insights has intoand provided protein-ligand the ligand interactions binding reaction in these proteins. 52 , 1 An- ´ eric , and , ´ ed — CNR- Fr , Antonella 1 LPN-CNRS, 2 Carles Altimi- • , and Ulf Gennser 2 , — Alexei Chepelianskii • ` ene Bouchiat Dominique Mailly ´ el , — — Laboratoire de Photonique H Massimo Rontani , • Aula Amaldi Univ. Paris-Sud, CNRS, UMR 1 1 — — Ulf Gennser ´ eron ` ene le Sueur 2 , ´ el 2 H ´ eric Pierre , ´ ed WED1A.2Microwave induced magnetismquantum in dots. isolated Sophie Gu Pierre Cavanna 8502, F-91405,route Orsay, de France Nozay, 91460 — Marcoussis,We France investigate experimentally thetween interaction a be- Bunimovich billiardradiation and under a microwave high ir- mobilityresults Hall bar suggest set that up.several strong Our Gauss magnetic can 9:40 fields be up created near to the stadium. WED1A.3ExperimentalCoulomb Test Blockadeherent of Theoryfor Shortras Conductors the Co- tonella Dynamical Cavanna Fr et de Nanostructures,sis, (LPN)-C.N.R.S, France Marcous- By measuring the Coulomb corrections on the re- 10:00 9:00 – 11:00 WED1A: Semiconductortum Physics Effects - in Quan- Chair: Low-Dimensional Systems T.Ihn, ETH Zurich, Zurich, Switzerland WED1A.1 (Invited)An Electron MoleculeTheory in and a Inelasticperiments Quantum Light Dot: Scattering Ex- 9:00 INFM Research Center S3, Modena,We Italy reportmodes of the a molecularin emergence state a of correlated quantum of electrons mental dot. and theoretical roto-vibrational This investigation of reliesexcitations the neutral of on the a electrons. joint experi- , , 3 , and Fabio Piero 3 • , Jose Ig- 1 • — — Jacek Goni- , Slavica Stan- CEA-Grenoble, 4 Philipp Myrach Fritz-Haber-Institut , — Institut für Ex- 3 , and 2 , CNR-INFM S3, Via 1 1 General Conference of the Condensed Matter Division of the European Physical Society — nd Stefania Benedetti Hans-Joachim Freund • 4 Isabel Fernandez-Torrente 22 Aula Magna , , 3 — Pascale Geysermans Sergio Valeri Jacques Jupille , , , 1 Katharina Franke C, in spite of its expected instability. — Institut des NanoSciences de Paris (INSP), ◦ Department of Physics, University of Modena ´preetdeDépartement Recherche Fondamentale surMatiéreCondensée/SP2M/IRS,17 la rue detyrs, 38054 Mar- Grenoble, France Structural andMgO morphological film evolution on ofa Au(111) thin function have been ofa investigated growth rocksalt as parameters. polar200 hexagonal MgO (111) shows surface above der Max-Planck-Gesellschaft,D-14195 Faradayweg Berlin, 4-6, Germany — G. Campi2 213/a,and I-41100 Reggio Modena,41100 Emilia, Italy Modena, Via — Italy G. — Campi 213/a, I- WED1M.3Water adsorptionsimulations on MgO andFinocchi nanocrystals: experiments akowski 10:00 perimentalphysik, Freie UniversitätBerlin,imallee Arn- 14, Berlin D-14195 We investigate the interactionorganic of charge thin transfer films compound TTF-TCNQ ofa on the Au(111) surfacetroscopy to by resolve scanning theirface, tunnelling and charge the state spec- interface at band the structure. sur- kic Paris, France Water interaction with prototypicalnanocrystals oxide (MgO) is systematicallyfunction of investigated water as pressure a and surface morphol- and Niklas Nilius Gilles Renaud WED1M.2MgO thinlar film surface? on Au(111): a stable po- 9:40 WED1M.1 (Invited)Scanning tunneling spectroscopyular of donor-acceptor molec- assemblies nacio Pascual 9:00 Torelli 9:00 – 11:00 WED1M: Surface,Dimensional Physics Interface -ties of Electronic and Insulating Proper- Chair: and Magnetic Low- Valentina Interfaces DeRenzi,ena Universita’ e di Reggioena, Emilia Mod- Italy and CNR-INFM S3, Mod-

Wednesday aSpez,Pl .oo2 08 oa Italy Roma, 00185 2, A.Moro P.le Sapienza, La E13310:00 Italy Stazione, Monterotondo Km. — 00016 Salaria 10, Via CNR, CP - 29.5, (ISM) Materia della tura Bonapasta (anatase) Amore Aldo TiO2 Mattioli be- magnetic Co-doped Giuseppe the the on semiconductor. of H atomic havior of Effects WED1F3.3 morphology. in interface the of optimized exploiting role been by bilayers have 9:40 perpendicular properties FePt/Fe media These switching recording reduced fields. and stability generation thermal high next with as very promising are systems perpendicular Exchange-coupled Italy Parma, Bocchi Claudio brici the • perpendicu- bilayers in FePt/Fe of morphology lar interface behavior the exchange-spring of Role WED1F3.2 observed. The is effect extraordinary Hall T=4.2K, At its 1016cm-3. im- conduction. maintaining of electronic are ferromagnetic, concentration 9:00 becomes beams a GaN:Gd ion to het- Gd GaN planted of focussed gas electron erostructures, two-dimensional the In Germany Bochum, D-44780 Bochum, Festkörperphysik, Ruhr-UniversitätAngewandte implan- earth rare tation by GaN Ferromagnetic (Invited) WED1F3.1 Ger- Konstanz, of Klaüi,many University M. Chair: Magnetoelectron- III - ics Magnetism WED1F3: 11:00 – 9:00 rnaAlbertini Franca 2 iatmnod hmc,Uiestad Roma Università di Chimica, di Dipartimento , icroCabassi Riccardo — • nra Wieck Andreas 22 siuoIE e CNR, del IMEM Istituto — — ua3 Aula nd , 1 , ui Nasi Lucia 2 • , rnec Filippone Francesco eea ofrneo h odne atrDvso fteErpa hsclSociety Physical European the of Division Matter Condensed the of Conference General — , 1 al Alippi Paola uvoBolzoni Fulvio — rnec Casoli Francesca 1 erth für Lehrstuhl — siuod Strut- di Istituto , ioeFab- Simone 1 and , and , 1 , , nldn pncan,ldesadplanes. results and ladders recent chains, selected spin by electron including illustrated correlated is and systems materials spin investigations quantum scattering of neutron of potential The Switzerland Fed- Lausanne, de Polytechnique erale Ecole Magnetism, Quantum E14310:00 degli — Duca Italy Torino, 10129 Cso. 24, Torino, Abruzzi di Politecnico CNISM, Massidda dro Kremer K. Stepanov hard A. leri Delaude ora spectroscopy Andreev-reflection point-contact rectional CaC in anisotropy Gap WED1F4.3 excita- skutteru- quadrupolar to (Pr,La) tions. due in is Tc superconductor scat- dite of neutron Enhancement inelastic in tering. leads formation CeCu2Si2 resonance 9:40 and to CeCoIn5 UPd2Al3, ductors supercon- fermion heavy unconventional in excitations magnetic Systems, on effect Complex feedback Superconducting of Physics Dresden the 01187 for — Institute Germany Dresden, 01187 Solids, — superconductors res- Eremin anisotropic feedback — in and onances excitations Magnetic WED1F4.2 9:00 Spin Quantum in Systems Experiments Neutron (Invited) WED1F4.1 Villigen, Institut, Scherrer Paul Switzerland Shi, M. Sys- I Chair: Spin Spectroscopy Quantum and tems - Highly- Systems and Correlated Superconductivity WED1F4: 11:00 – 9:00 aoS Gonnelli S. nato 1 • a lnkIsiuefrCeia hsc of Physics Chemical for Institute Planck Max ee Thalmeier Peter 2 , — ai Parker David • erkRonnow Henrik 1 5 , — — ivniA Ummarino A. Giovanni 3 , 1 2 ua4 Aula 1 noi Sanna Antonio • , , iatmnod iiaand Fisica di Dipartimento ar Tortello Mauro ai Daghero Dario u ugKim Sung Jun 1 2 , 6 and , vdnefo di- from evidence : u Chang Jun aoaoyfor Laboratory — ee Fulde Peter 2 ..Lebedev P.N. 2 a Planck Max 4 and , 3 1 , 2 1 , , 1 , Rein- , Deb- San- Ilya Re- Va- 1 53 te a e al yelqis u o in not but wa- liquids, and methanol type ter. like Waals liquids der hydrogen-bonding and liquid van Lennard-Jones and the other pressure in of found parts are energy configurational the fluctua- of equilibrium tions between correlations Strong Denmark sity, and Dyre C. a udMngmn,6B asmn,75009 Haussmann, — Bd Gif-sur- France. 6 Paris, Management, F-91191 Fund — CNRS, tal Saclay, France. IPhT, Théorique, Yvette, URA2306, Physique MPPU, de stitut transition. glass thou- the to through picoseconds seconds few of sands a from the relax- increases when amplitude former structural vibrational the the and time of ation revealing correlation experiments universal and the Roma, simulations 00185 show We 2, Moro Aldo — Italy Piazzale Italy Rome, Soft, 00185 CRS 2, Piaz- Moro, Sapienza”, Aldo ”La zale Roma di Universita‘ — Italy Fisica, Pisa, I-56127 Pon- 3, B. tecorvo Largo Pisa, di Universita‘ Fermi”, ”Enrico • Ottochian 9:00 consequences” model and Cause of liquids: fluctuations equilibrium the thermal in correlations pressure-energy ”Strong (Invited) WED1F6.1 Physique de Hétérogènes, Laboratoire France Paris, Milieux Kurchan, CNRS, Mécanique des J. et Chair: Off- Transition Glass and Liquids and Supercooled Disordered - Systems Equilibrium Liquids, WED1F6: 11:00 – 9:00 E16310:00 • liquids Cavagna glass-forming Andrea Biroli in Giulio order phous amor- growing of signature Thermodynamic WED1F6.3 9:40 Mixtures Liq- and Glass-Forming Polymers in uids, Dynamics and Relaxation Caged Between Scaling Universal WED1F6.2 ioLeporini Dino al Verrocchio Paolo hmsB Schrøder B. Thomas , l .Pedersen R. Ulf 1 , rsin eMichele De Cristiano 1 , 1 3 , 3 etefrSaitclMechan- Statistical for Centre enPiip Bouchaud Jean-Philippe 3 ua6 Aula , — 2 cec iac,Capi- Finance, & Science 5 oa Grigera Tomas 1 iatmnod Fisica di Dipartimento — , okleUniver- Roskilde — 1 ihlsBailey Nicholas E,DM In- DSM, CEA, 2 iatmnodi Dipartimento — — 2 Alistar 3 4 , • 3 INFM- and , Jeppe and , · ensa 7Ags 2008 August 27 Wednesday — 2 , ,

Wednesday — Physik- planes and — Physik- 2 Physics Institute 2 Laboratory for Solid Max-Planck-Institut 4 6 Physik-Institut der Uni- 3 Hugo Keller • Aula 1 — wave gap in CuO Peter F. Meier Department of Physics, Osaka • − 5 d — + s wave gap along the c-axis − Institut, University390, of CH-8057 Zurich, Zurich, Switzerland Winterthurerstr. The temperature dependence ofsuperconducting NMR state data in provide the informationthe pairing about symmetry. Several previouslyanalyses reported are re-examined. The symmetry of spin Institut dererstrasse 190, Universität Ch-8057 Switzerland Zürich, Zürich, Unconventional Winterthur- oxygen-isotope effects insuperconductors cuprate on variousthe quantities, transition including temperature, thetion gap, depth, the the penetra- tiferromagnetic pseudogap transition temperature, temperature,spin-glass the freezing and an- temperature, the are presented. WED1F1.5What do NMR datametries tell of us pairing aboutcuprates? and the sym- spin fluctuations in 10:40 Spectroscopy, PaulVilligen Scherrer PSI, Institut, Switzerland CH-5232 — WED1F1.4Unconventional Isotope EffectsSuperconductors in Cuprate 10:20 of Tbilisi State0128 University, Tbilisi, Chavchavadze 3, Georgia — GE- versität Zürich, Winterthurerstrasse 190,8057 Switzerland Zürich, — CH- State Physics,Switzerland ETH — Zürich,University, CH-8093 Machikaneyama Zürich, 1-1,aka Toyonaka, 560-0043, Os- Japan — ¨ret¨refrcug HeisenbergstrassefürFestkörperforschung, 1, D- 70569 Stuttgart, Germany The temperaturedensity dependence was of determinedlies. the for The results superfluid three disclosenamely generic cuprate the trends for fami- HTS’s, s , , 1 3 Wednesday 27 August 2008 · Alexei Dep. Phys. 3 Caspur, Rome, , and 1 2 Andrey Cherst- • Fabio Sterpone — — 3 — Giuseppe Briganti • , Department of Chemistry, 2 2 Institut fürFestkörperforschung, 1 Aula Conversi — 3 Dep. Biochem. Sci. University La 2 Anatoly Kolomeisky Simone Melchionna , 1 Department of Chemistry, Faculty of Natural vy Kornyshev WED1C.3Key rolethermostable of proteins proximal waterClaudia in Bertonati regulating and 10:20 WED1C.4Protein-DNA interactions:recognizing the reaching targets and Theorie-II, Forschungszentrum GermanyJülich, Jülich, D-52425 — 10:40 Italy — Sapienza,IT-60131 Rome, Italy — Rice University, Houston,3 Texas 77005, USASciences, — Imperial College London, SW7 2AZ, Soft University La Sapienza,IT-60131 Rome, Italy Three homologous proteins, with mesophilic,mophilic ther- and hyperthermophilicbeen character, studied have tions via at different Molecular temperatures.hydrogen Dynamics The bond water-water simula- molecule clusters correlate with enveloping thermalteins. the of the macro- three pro- 54 Pe- , Simon 2 Brendon • , and 2 — David Sanchez • — Ahsan Nazir , 1 Aula Amaldi Department of Materials, Univer- 1 Marshall Stoneham , — 1 Erik Gauger 1 , 1 Department of Physics and Astronomy, Uni- 2 Benjamin sity of Oxford, Parks— Rd, Oxford OX1 3PHversity U. College K. London,K. London WC1E 6BT, U. Quantum computers could revolutionizetion informa- technology, and electron spinstor in semiconduc- quantum dotsinformation (QDs) carriers. are preferredlogic I gates quantum can will be show built in how a quantum range of QD systems. ter Rohde WED1A.4All-Optical Approaches toputing Quantum Com- UsingLovett Spin Qubits 10:20 WED1A.5Environment interaction inducedof breaking the Onsager symmetry — Departament de Fisica,Balears, Universitat E-07122 de Palma les de Illes Mallorca,The Spain Onsagertransport states relations that the appliedder conductance magnetic is to field even reversal.this un- symmetry mesoscopic We when find theenviroment breakings system out of interacts of with equilibrium. an 10:40 sistance of ain Quantum a Point tunable electromagnetic Contact environmenttested we embedded quantitatively have the recent theoryical of Coulomb Dynam- Blockade for shorttors. coherent conduc- — ¨ orgvin Riman- — Max /Co su- , 1 Bj 19 Sebastian Mikhail I. , Ni , 3 81 , and 2 General Conference of the Condensed Matter Division of the European Physical Society I. Institute of Theoretical /Co superlattices. Our cal- nd 1 ¨ urgen Kirschner 19 J 22 Ni Guillemin Rodary Aula Magna Hartmut Hafermann — Inna L. Soroka Olle Eriksson • Department of Physics, Uppsala , 81 2 , , 2 2 4 — , and Department of Materials Chemistry, Uppsala 3 ¨ orvarsson Dirk Sander Institute for Molecules and Materials, Radboud Physics, University of Hamburg,Germany 20355 Hamburg, — culations identify ittition as between being in-plane dueof-plane to interface anisotropies, the the andtetragonal compe- latter bulk distortions. being out- caused by Hj University, Box 530,— 751university, 21 Box 576, Uppsala,4 751 Sweden 23 Uppsala,University Sweden of — Nijmegen,Netherlands 6525 AJ Nijmegen, The A magnetization reorientation transition hasobserved been in Fe WED1M.5Magnetic propertieslands studied of• by singleWedekind in-field nanois- spin-STM 10:40 perlattices tas Brucas Katsnelson Planck Institute of MicrostructureGermany Physics, Halle, The magnetic response ofislands nm-small in individual magnetic Co fieldsbased of up on to 6 ourtunnelling T microscopy is results (STM) discussed of studies at spin-polarized 7 K. scanning WED1M.4Competing anisotropies in Fe 10:20 ogy, including defects. Particlebate shapes configurations and adsor- areexperiments (infrared, unraveled TEM) by with combining DFT.

Wednesday nn -a antcsatrn n PE ex- XPEEM and periments. scattering res- magnetic by x-ray shown onant as coupling ferro/antiferro dependent complex temperature a presents structures this (10 al- domains stripes ric micromet- ordered ferromagnetic/paramagnetic presents ternating (001) Brazil MnAs/GaAs Gerais, Minas Gerais, Minas — de Argentina. Bariloche, CNEA, Balseiro-UNCuyo, Instituto and Bariloche seSCpA ret,Iay — — Italy. Trieste, S.C.p.A, France. este Paris, SOLEIL, nvPrs6 ai,Fac.— France. - Paris, UPMC Rayonnement, 6, et Univ.Paris Matière - — Physique France. Paris, Curie, Laetitia L e eSineFscedlaMtraadDipar- and Materia della Fisiche Scienze Interuniversitario le S3, Nazionale per Surfaces Consorzio at - CNISM bioSystems and nanoStructures Carlo — Maurizio E13510:40 Bertoni metals. Maria in Carlo transition excitations energy elemental and and electronic ions magnetic transition-metal angle and with resolution scattering X-ray WED1F3.5 10:20 tem- magnetic deposited MnAs/GaAs(001) Fe plate. a of on reversal magnetization driven temperature and anisotropy Uniaxial WED1F3.4 H. atomic and and Co complexes, by interstitials, formed Co-VO Co complexes per- (VO), of by vacancies study DFT oxygen Co-doped clarified beyond the been a forming in has ferromagnetism semiconductor TiO2 of origin The nn Jan uning ¨ 1 NMCR ainlRsac etron Center Research National INFM-CNR, 4 — , 6 2 iaoJulian Milano • , — 3 asmlaoMarangolo Massimiliano , 2 , riwse Romain Breitwisier 1 aunNicolas Jaouen ◦ NP nvri´ iree Marie et Université Pierre INSP, n 40 and C 22 ua3 Aula nd 1 eea ofrneo h odne atrDvso fteErpa hsclSociety Physical European the of Division Matter Condensed the of Conference General and , 2 ◦ aoaor eChimie de Laboratoire 5 6 ) rngonabove grown Iron C). , nvriaeFederal Universidade — tesVictor Etgens al Ferriani Paolo 4 5 icorn Tri- Sincrotrone etoAtómicoCentro 3 • and , vnMarri Ivan 1 3 , Synchrotron 2 , 1 Spezzani , Coelho Sacchi 1 1 2 , , h eut r icse ihntetwo-band the within superconductivity. for discussed theory are Eliashberg results measurements. The Andreev-reflection point-contact oigo h aso MgB of lithium gaps of the effects on unexpected doping some present We Zürich, Switzerland CH-8093 ETH, eoa tl — Italy 16146 Genova, Genova, Università di Fisica, di partimento Putti Marina first from calculated principles. Andreev- curves theoretical agree- point-contact with good in ment of are CaC Results spectroscopy. means superconductor reflection novel by the obtained gap of in evidence experimental anisotropy first the present Cagliari We 09042 Cagliari, di Studi Università degli — Germany Berlin, 5 D-14195 Universität Berlin, E14510:40 fluctuations current of distribution that show We France Grenoble- 09, 38042 cedex Martyrs, des Avenue 25 166, — B.P. Italy Pisa, I-56126 2 Superiore, Normale Hekking Scuola J. cur- W. short pulses very with rent junction through Josephson a fluctuations current Determining WED1F4.5 10:20 119991 Sciences, — 10129 of Russia Moscow, Academy 24, — Russian Abruzzi Italy degli Institute, - Duca (TO) corso Torino - Torino di 1 Gonnelli S. Renato MgB in Delaude ora doping Li — of effects Unexpected WED1F4.4 — many Ger- — für Stuttgart, Festkörperforschung, Russia D-70569 Sciences, Moscow, of 119991 Academy Russian Institute, Physical LC-NMCRadDpriet iFisica, di Dipartimento and SLACS-INFM/CNR nvriyJsp ore n LPMMC-CNRS, and Fourier Joseph University Politecnico Fisica, di Dipartimento and CNISM • ai Daghero Dario 4 ntttfu hoeicePyi,Freie Physik, für Theoretische Institut 1 — , 3 ivniAbroUmmarino Alberto Giovanni 4 and , 2 oi tt hsc Laboratory, Physics State Solid • 3 — ai Taddei Fabio ua4 Aula N-NMLMAadDi- and CNR-INFM-LAMIA 1 , 1 ar Tortello Mauro 1 , ETCRIF and CNR-INFM NEST auzKarpinski Janusz 2 aeiA Stepanov A. Valeri ..LbdvPhysical Lebedev P.N. 3 Max-Planck-Institut 2 seiecdby evidenced as , 1 and 1 Frank , Deb- 4 — 2 6 1 2 , , , 55 n epysproldeulbimgasformers. glass equilibrium supercooled deeply liquids and temperature sim- thermody- high qualitative between a difference a namic cooling reveal we when model, bulk glass bound- ple the of into influence conditions the ary of evolution the Italy Studying Trento, of — University Plata Physics, La — of CCT – (INIFTA Italy. cadas Roma, Fisicoqu´ımicas Teóricas Investigaciones Apli- 00185 de dei y Via 19, CNR-INFM, Taurini (SMC), Complexity and ics enmaue.Det h efhaigntr of nature self-healing the have to times Due failure and measured. stresses been Critical viscoelas- in fluids. fractures tic on experiments present We France. Place Montpellier. 34095 2. E.Bataillon. Montpellier UMR CNRS-Université de Nanomatériaux. 5587. et Verres Collo¨ıdes, des Porte quasi-binary by system. explained the of be tran- nature could glass reentrant which with sition region diagram phase a The demonstrates system. re- of potential behavior step anomalous pulsive of study the present We Russia RAS, E16510:40 Fluids Viscoelastic of • Fracture Brittle WED1F6.5 10:20 Repul- System the Step in sive Transition Glass Reentrant WED1F6.4 eg Mora Serge and , ev Tabuteau Herve , hita Ligoure Christian ua6 Aula — • uyFomin Yury Laboratoire — 5 , Department Gregoire 4 HPPI — Instituto · ensa 7Ags 2008 August 27 Wednesday —

Wednesday , 3 Christian , 1 Eotvos University, Michael Zaiser 1 , 2 — Universität Karlsruhe, 2 4 Aula 1 Ferenc Csikor University of Edinburgh, UK — — 3 Daniel Weygand , 2 Stefano Zapperi • CNR-INFM, S3, Modena, Italy fluctuations drastically changesand between superconducting states. normal 11:00 – 11:30: Coffee Break 11:30 – 12:50 WED2F1: Materialstures - DomainsChair: and Tex- Roma, I. Italy Giardina, Università La Sapienza, WED2F1.1 (Invited)Dislocation avalanches, strainthe bursts, problem and ofcron plastic scale formingMotz at theand mi- 4 11:30 Combining three-dimensional simulationsdynamics of of the interactingtical dislocations analysis with ofbehavior, statis- we the determine corresponding thechanges during distribution deformation dislocation of strain avalancheslish and its estab- dependence on microcrystal size. Budapest, HungaryGermany — — , 2 , 1 Wednesday 27 August 2008 · , and Institut 2 2 Department 3 Kathleen Wood — Giuseppe Zaccai Institut de Biologie Struc- 1 , 3 — 1 Aula Conversi Martin Weik London, UK We investigate theoretically facilitated protein diffusion along coiled DNA andof suggest DNA-protein a electrostatic mechanism recognitioncharge based complementarity on on their surfaces.alyze electrostatic We an- potential distributionprotein on DNA- complexes using PDB data. 11:00 – 11:30: Coffee Break 11:30 – 12:50 WED2C: JointSciences Biological and Physics PolymerChair: Physics & VII Life K.Germany Nienhaus, University of Ulm, Ulm, WED2C.1 (Invited)The coupling between hydration-waterprotein and dynamics Douglas Tobias 11:30 • turale CEA-CNRS-UJF, 4138027 rue Grenoble JulesLaue-Langevin, Cedex Horowitz, 6 1, rue38042 Jules Grenoble France Cedex Horowitz, — 9,of B.P. France Chemistry, University — 156, of California, Irvine,ifornia, Cal- USA A combination ofation neutron scattering, and perdeuter- vealed molecular that dynamics soluble-proteinhydration-water are simulations strongly dynamics coupled, whereas re- anddynamics the their oftrolled membrane by proteins their lipid is environment. rather con- 56 — Ste- , and Sukhdeep Dhillon , Aula Amaldi — Laboratoire MPQ, Université Carlo Sirtori 11:00 – 11:30: Coffee Break 11:30 – 12:50 WED2A: Semiconductortum Physics Cascade - Lasers Quan- Chair: W. Wegscheider,Regensburg, UniversitätRegensburg, Germany WED2A.1 (Invited)THz transfer• onfano Barbieri anParis optical Diderot, 75013 Paris, carrier France Phase and amplitudeTHz of quantum a cascadeon frequency laser a modulated have beenThis telecom experiment 11:30 recorded demonstrates beam the merging oflasers using THz with microwave a and telecom nonlinear technologies. process. , 1 2 Girard , 1 Bulou H Rousset S , • 1 Jan Markus • LPS CNRS Uni- Klaus Wandelt — 3 , and 1 Chacon C , Repain V 3 , and , General Conference of the Condensed Matter Division of the European Physical Society 1 nd Rodary G 22 surface alloys on Pt(111) have , Aula Magna Rohart S 1 x Nahas Y , Surface Alloys on Pt(111): 2 − IPCMS CNRS University of Stras- 1 — 2 x Ce − x Conrad Becker 1 , Lagoute J MPQ CNRS University Paris Diderot, Paris, Ce 1 , x 1 Y — France — bourg, Strasbourg, Franceversity — Paris Sud, Orsay, France We investigate theordered magnetic Co nanodots anisotropy depositedare on of surrounded Au(111) by self- which Auture. atoms in We a correlate core-shellenvironment struc- the of the results cobalt with atoms. the chemical Goyhenex C WED2M.2Pt Structure and Adsorption Essen — Institute ofistry, Physical University and of53115, Theoretical Bonn, Bonn, Chem- Germany Wegelerstr.New Pt 12,been discovered D- with LEED.stoichiometry Independent of all their alloypure films Pt are Kagomé-netas concluded terminated fromand HREELS- by TPD- a spectra 11:50 from adsorbed gases. 11:30 – 12:50 WED2M: Surface,Dimensional Physics InterfaceNanopatterning - andChair: Adsorption Low- M.Düsseldorf,Germany and Getzlaff, University of Düsseldorf, WED2M.1Atomic relaxations and magnetic anisotropy in self-ordered Co nanodotsAu atoms surrounded by 11:30 11:00 – 11:30: Coffee Break

Wednesday otertclcalculations. compared theoretical are to results scanning The Co inelastic Pt(111) spectroscopy. a using tunneling and on investigated trimers was Fe and dimers surface as individual well as of atoms, anisotropy Magnetic — Japan Germany 560-8531, Osaka Toyonaka, Halle, University, 06120 2, 3 Weinberg physik, ofagGeeSr ,711 alrh,Ger- Karlsruhe, — 76131, many 1, Wolfgang-Gaede-Str. 1 Suga Shigemasa emn h altp n h alwdhfrdif- for width materials. wall and the geometries structure and ferent de- type to wall spin us the out-of- allows termine and the which in-plane samples, in magnetized of plane walls images domain of high-resolution structure obtain We — Germany Konstanz, 78457 Universität Konstanz, and Ernst Boulle anisotropy. crucial a observe possibil- to the ity confirm We de- b) band-calculations. c) tailed model, approach, many-electron multiple-scattering different single-ion one-electron with a) calculated compounds, methods: and Ni RIXS for polarization-resolved and angle- present We Ger- Hamburg, many. D-20355 11, Jungiusstrasse Ham- burg, of University Center, Research crostructure E23211:50 nanos- ferromagnetic walls in domain tructures cores of vortex imaging and resolution High WED2F3.2 11:30 Pt(111) on Co Tak F. and bert and Fe atoms • of single of clusters anisotropy Magnetic WED2F3.1 CNRS/UJF, Neel, Institut Vogel, thin France J. Grenoble, Magnetic Chair: - Magnetism Films WED2F3: 12:50 – 11:30 Break Coffee 11:30: – 11:00 Modena, I-41100 213/A, — Reg- e Campi Italy Modena Via Università di gioEmilia, Fisica, di timento rdaeSho fEgneigSine Osaka Science, Engineering of School Graduate hsklshsIsiu,Uiesta Karlsruhe, Universität Institut, Physikalisches ioe Balashov Timofey 2 P-NS acuss France Marcoussis, LPN-CNRS, inal Faini Giancarlo 2 , 1 , 2 2 J oansKimling Johannes nttt fApidPyisadMi- and Physics Applied of Institute a-ln-ntttfür Mikrostruktur- Max-Plank-Institut re Henk urgen ¨ — acs ´ 22 1 • 3 , aha Kl Mathias and , ua3 Aula egyOstanin Sergey nd 1 2 , 2 eea ofrneo h odne atrDvso fteErpa hsclSociety Physical European the of Division Matter Condensed the of Conference General — ufWulfhekel Wulf , oisSchuh Tobias ohoMiyamachi Toshio 1 aheec Physik, Fachbereich 1 , lihR Ulrich aui ¨ 1 , 2 , Arthur Olivier udiger ¨ 1 , 1 Al- — — 3 , 1 , iti,I-02 aoi tl — Via Italy Angelo, Nucle- S. Napoli, Monte Fisica IT-80126 U. Cinthia, C. di ”Fed- Napoli, Nazionale di Napoli Sezione Istituto are, and di Università II” Fisiche, erico Scienze di rc I n siuoNzoaed iiaNucle- Fisica di ”Fed- Nazionale Napoli Istituto and di Università II” Fisiche, erico Scienze di Naddeo system. the in fringes investi- multiphoton spectroscopy the are and the interferometry, discuss qubits Landau-Zener we measurements, flux particular, both In coupled in gated. two excitations and resonant single multi-photon The Slo- Bratislava, vakia SK-84248 University, Comenius E24211:50 As Geometry Trivial Cristofano Non Qubits Protected Ar- Topologically With Junction rays Josephson Frustrated Fully WED2F4.2 11:30 — Ger- many Jena, Ave., D-07702 100239, Lenin Box P.O. Technology, 47 — Engineering, Ukraine Kharkov, 61103, and Physics ature Meyer Qubits Flux • of Superconducting System the Coupled in Transitions Multi-photon WED2F4.1 Switzerland Fédérale,Lausanne, Polytechnique Ecole Ronnow, H. Sys- II Chair: Spin Spectroscopy Quantum and tems - Highly- Systems and Correlated Superconductivity WED2F4: 12:50 – 11:30 Break Coffee 11:30: – 11:00 adia- the in pulses current regime. bias batic proba- short obtained escape very junction the Josephson using of a of means histogram by bility measured be can lxnrOmelyanchouk Alexandr Grajcar Miroslav egyShevchenko Sergey 2 3 — and , 3 eateto xeietlPhysics, Experimental of Department 1 1 .eknIsiuefrLwTemper- Low for Institute B.Verkin , ilaoNiccoli Giuliano icnoMarotta Vincenzo ua4 Aula 2 1 , 3 , , io a e Ploeg der van Simon 2 vei Il’ichev Evgeniy 1 nttt fPhotonic of Institute and , 4 2 — Hans-Georg Dipartimento — 2 1 , Dipartimento Gerardo • Adele — 2 2 , , 57 h rcs h rcuecnb xlie nterms in fracture. explained activated be thermally can of fracture the cracks, the E26211:50 Quantum approach a Carlo Monte bond: hydrogen the Dissecting WED2F6.2 11:30 water: liquid supercooled effects pressure Novel of Dynamics WED2F6.1 Physique de Hétérogènes, Laboratoire France Paris, Milieux Kurchan, CNRS, Mécanique des J. et Hydro- Chair: Off- and Liquids Water Bonded and gen - Disordered Systems Equilibrium Liquids, WED2F6: 12:50 – 11:30 Break Coffee 11:30: – 11:00 iia aSpez nvria iRm,P.le Roma, Italy Roma, di 00185 Universita’ 2, - Moro A. — Sapienza USA La Fisica, 95616 Davis ifornia, Italy Trieste, 34014 — 4, Beirut Via (SISSA/ISAS), — 1 Sorella dro Spanu Leonardo scenarios. differ- two strikingly the “singularity is dynamic in pressure is of ent a has effect or the find water point” but free”, critical we whether “liquid-liquid model, of a cell independently water crossover a With MA versity, 1 Kumar Pradeep APR i e ii B 08,Rm,Italy Roma, 00185, 6B, Tizii dei Via CASPUR, — Spain Barcelona, de Universitat 3 2 eateto hmsr,Uiest fCal- of University Chemistry, of Department nentoa colfrAvne Studied Advanced for School International 2 and , 2 and , 2 , ua6 Aula 3 , enroGuidoni Leonardo uaFerraro Luca .Egn Stanley Eugene H. — — • inal Franzese Giancarlo • ai Sterpone Fabio 4 iatmnodi Dipartimento 2 otnUni- Boston 1 , · 4 San- 2 ensa 7Ags 2008 August 27 Wednesday — — 1 , 1 ,

Wednesday , 3 2 , 1 Dana • Cracow 2 — Otto- — Grazyna Bator Piotr Zielinski , 1 , and 3 Faculty of Chemistry Uni- 3 Aula 1 Peter Streitenberger and The H. Niewodniczanski Institude of Nu- Miroslaw Galazka 1 • ¨ ollner Przemyslaw Szklarz WED2F1.3Unifiedelectrics description fromcal of low point temperatures— uniaxial at to criti- presence ferro- of strain coupling 12:30 WED2F1.2Nano-crystalline grainCarlo growth: Potts AZ Monte modelvon-Guericke-Universität Magdeburg, approach sitätsplatz2, D-39106, Univer- Magdeburg, Germany Nano-crystalline grain growth ismodified modelled using Monte a Carlothat Potts the model. grainsmall We grain boundary assume sizes. mobilityis The in is simulated agreement limited with growth experimental kinetics at results. 12:10 — clear Physics PAN, Kraków,Poland — University of Technology,Kraków,Poland Institude — ofversity of Physics, law, Wroclaw, Poland Wroc Equations of statepothesis at critical compatible point and withsaturation with at order scaling low parameter temperatures are hy- uniaxial constructed for ferroelectrics and comparedment. with experi- , Wednesday 27 August 2008 · Jean- , and Peter Kosovan Karel Prochazka — • Mady Elias , , and — Institut des NanoSciences de Aula Conversi Caroline Magnain • — Department ofChemisty, Physical Faculty of and Science,in Macromolecular Charles Prague, Albertov University 6,Republic CZ-12843 Prague 2, Czech Water is generally poorelectrolytes. solvent for annealed The poly- conformationalundergo transition, with they increasingtle ionization, has studied been inelectrolytes. lit- comparison withchanges We using quenched addressed computer simulations. poly- the conformational WED2C.2Chain ConformationsAnnealed and PolyelectrolytesCombination Ionization Studied of of Monte Molecular by Carlo Simulations Dynamics a Zuzana and Limpouchova 12:10 WED2C.3Skin colortransfer modeling equation and using— the inverse the problem radiative 12:30 Marc Frigerio Paris, UMRMarie CNRS Curie, Paris, 7588, France UniversitéThe Pierre skin et color istransfer modeled equation. thanks The to parametersthe the responsible diversity radiative of for skin colorevaluated are from determined and experimental then spectra. 58 , , , , 1 3 1 1 ˆ ome Har- ´ er , J Harvey 1 , 4 NEST-INFM 1 Integrated Sys- Cavendish Lab- , and 3 5 Cavendish Labo- 2 — 2 European Labora- Lukas Mahler Fabio Beltram 2 5 • Giacomo Scalari , • 1 Bernd Witzigmann — Milan Fischer Jerome Faist — , , , 1 4 2 Aula Amaldi Quantum Optoelectronics Group, David Ritchie 4 Institute of Quantum Electron- David Ritchie , 1 2 — , and 5 1 Diederik Wiersma Christoph Walther Beere and Scuola Normalelieri Superiore, 7, Piazza I-56126 dei Pisa,tory Cava- Italy for — Nonlinear50019 Spectroscopy, Sesto INFM-BEC, Fiorentino, Italy I- tems — Laboratory, ETHSwitzerland CH-8092 Zürich, — Zürich, Institute for QuantumCH-8093 Switzerland Electronics, Zürich, — ETH Zürich, oratory, University ofAvenue, Cambridge, Cambridge J CB3 0HE, J UnitedA Thomson Kingdom one dimensional Fibonacciprovide distributed sequence feedback is for usedlaser a to at semiconductor Terahertzband-edges frequencies. of thestrated. Lasing optical on pseudo-gap both is demon- Alessandro Tredicucci WED2A.2Semiconductor injectionperiodic lasers resonators in quasi- 12:10 WED2A.3Laser emission atquantum 730 cascade structures andically with 950 assisted magnet- GHzChristoph gain from Walther vey Beere Faist ics, Switzerland — Zürich,Zürich, Swiss Federalratory, University of Institute Cambridge, Cambridge,Laser UK emission of at 950 GHzstrated and Technology 730 from GHz quantum is demon- the heterostructures 12:30 AlGaAs/GaAs grown material in systemmagnetically which enhanced rely gain on toold. reach laser thresh- , 3 — Nor- Pablo Ruben , , — Insti- Graduate 1 3 , and 3 ınek ´ Masayuk Abe , 3 Martin Gabl , General Conference of the Condensed Matter Division of the European Physical Society Pavel Jel • Erminald Bertel Seizo Morita nd — , 4 22 Aula Magna , and Institute of Physics of the ASCR, 1 Departamento de F´ısica de Teórica 2 — Yoshiaki Sugimoto 2 , 2 ´ erez Magdalena Bachmann National Institute for Materials Science (NIMS), Oscar Custance P Curkovarnická10, CZ-162 00 Prague,public Czech — Re- la Materia Condensada,de Universidad Madrid, Autónoma 28049 Madrid, Spain — Pou School of Engineering, Osaka4 University, Japan — 1-2-1 Sengen, 305-0047 Tsukuba, Ibaraki,We have Japan combined precise experimentalan data with extensive settions of in first orderinvolved to principles in identify DFT the the single-atom simula- atomistic manipulation. processes WED2M.4Atomic pathways duringof the manipulation single atomsusing at FM-AFM semiconductor surfaces 12:30 bert Memmel tute of Physicalbruck, A-6020 Chemistry, Innsbruck, University Austria ofOne-dimensionally Inns- ordered Agarrays and with Coare extremely nanodot grown narrow on aferences size (15x12)C/W(110) between distribution template. thesecluster-cluster Dif- metals interactions are analyzed discussedof on and the the 1D-Ising basis model. WED2M.3One-Dimensionally Orderedodot Metal Arrays• Nan- on Carburized W(110) 12:10

Wednesday antcaiorp fteferromagnet. the and of walls domain anisotropy to magnetic due fields the stray at interface, diffusion effect F/S spin proximity of superconductor, role the discussthe across will I Giant-Magneto- Resistance. show LCMO/YBCO of Trilayers 28049 CSIC, Spain ICMM- Cantoblanco, Madrid, 91, de Materiales Box de — the P.O. cia Hungary of Sciences, Budapest, Group 1521, of Research Con- Academy and Physics Hungarian Economics Matter and densed Technology of versity ard 84 ard pi — Spain de Madrid, Complutense 28040 Universidad Madrid, III, Aplicada Fisica a Garc Mar mar nb lyrdsrcue a tde.I was surface. prop- 12:30 It MEW the of along number agating wave a studied. on depend MEW was standing strongly of frequensies structures resonant that -layered shown bi (MEW) in waves magnetoelastic of modes Thickness Ufa, 450075 151, Russia Octyabrya prospect Physics, tal bi- Doroshenko in non-magnetic - waves dielectric magnetic structure layered magnetoelastic Standing WED2F3.4 12:10 Sefrioui no Visani na het- oxide erostructures Superconductor / Ferromagnet WED2F3.3 1 , ´ ıa airGarc Javier 1 , sl Szatm Zsolt 1 , 1 , ´ — ıa-Hern alsLeon Carlos hita Miller Christian nttt fMlclradCrys- and Molecular of Institute — — • uhaGareeva Zukhra 22 • obr Nemes M Norbert ´ ıa-Barriocanal ua3 Aula andez ´ nd ari ´ eea ofrneo h odne atrDvso fteErpa hsclSociety Physical European the of Division Matter Condensed the of Conference General 2 , 3 1 iuzFeh Titusz , — 3 nttt eCien- de Instituto aooSanta- Jacobo 1 1 2 , FC Dpto. GFMC, uaetUni- Budapest lvoBru- Flavio 1 and , 1 Zouhair er ´ , Cristi- Rurik 2 and , ihrsett h igeqbtstpi predicted. is setup qubit single the noise to charge respect to capaci- with charge sensitivity fixed of Reduced a analysis coupling. with tive full qubits Josephson a two perform in noise we work this In Italy Catania, Andrea di I-95125 Viale 6, Dipartimento Doria l’Ingegneria Catania, per Università di and Chimiche (DMFCI), e Italy, Fisiche Metodologie Catania, INFM, Paladino Mastellone stimu- (STIRAP). the passage applying adiabatic Raman by lated architecture generate electrodynam- (cQED) to quantum circuit ics method a efficient in photon very single a propose We many Ger- Regensburg, D-93040 verstität Regensburg, E24412:30 qubits noise charge-phase charge coupled against in subspaces Protected WED2F4.4 12:10 per I- — Chimiche Catania, 95125 e Università di (DMFCI), Fisiche l’Ingegneria Metodologie di timento Falci passage Giuseppe adiabatic via • nanocircuits superconducting in generation Single-photon modes. WED2F4.3 operation its de- with from proposed protected is boundary qubit coherence state various solid for A geometry arrays conditions. disk junction Corbino Josephson a frustrated in fully proper- of topological ties and states ground analyze We Germany Hamburg, 22603, — 85 Italy (SA), Baronissi IT-84081 4 Allende, S. Università Salerno, Via Caianiello”, di R. ”E. Fisica Dipartimento di and Salerno Unità Angelo, di Materia, Fisiche della Scienze S. le Monte per Interuniversitario — U. Nazionale Italy C. Napoli, IT-80126 Napoli, Cinthia, Via di Sezione are, hoeia hsc ru,DS,NotkeStrasse DESY, Group, Physics Theoretical ispeMangano Giuseppe 2 and , nttt ¨rTertsh hsk Uni- Physik, für Theoretische Institute , noi D’Arrigo Antonio ispeFalci Giuseppe 1 — ua4 Aula 1 1 ai n-nm&Dipar- & Cnr-Infm Matis , 2 , esSiewert Jens AI CNR- MATIS — , — Elisabetta 3 Consorzio • Andrea 1 , 2 and , — 59 ehdi ple otewtrdimer. water the to applied The is energy. covalent method and dispersion bond as elementary such hydrogen their terms into dissect interactions Valence to intermolecular a on representation based approach Bond QMC a propose We E26412:30 nano-pores con- in water fined of spectroscopy Time-resolved WED2F6.4 12:10 Tsekhmister Yaroslav Chalyy Kyrylo Proper- ties Thermodiffusion and Critical- Diffusion Near ity: Liquids Confined Mesoscale WED2F6.3 iez,Va .Craa1 -01 Sesto I-50019 1, — Carrara Italy. N. 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Via Firenze, Firenze, Fiorentino, di Univ. eaoTorre Renato 4 2 nttt fSraeCeity iv Ukraine Kiev, Chemistry, Surface of Institute ivNtoa nvriy aut fPhysics, of Faculty University, National Kiev — • lxne Chalyi Alexander 3 3 1 ainlMdclAaey De- Academy, Medical National , 1 , , 2 idiaChernenko Liudmila 2 ua6 Aula , , 3 al Bartolini Paolo — — 1 — nraTaschin Andrea 1 1 ES nv di Univ. LENS, , 1 endBulavin Leonid ainlMedical National 2 INFM-CRS-Soft 3 i.d Fisica, di Dip. 1 , 2 4 · and , and , ensa 7Ags 2008 August 27 Wednesday 1 , 2 2 , ,

Wednesday Wednesday 27 August 2008 · 60 Aula Magna: 14th General Conference of the European Physical Society Notes — — Helmut • — General Conference of the Condensed Matter Division of the European Physical Society Kostya Novoselov — Max Planck Institute nd and 22 — Max Planck Institute for Metals Re- Andre Geim • Klaus von Klitzing 18:35 – 20:00: Reception 17:00 – 18:35 EPS14.2: 14thEuropean General Physical Conference Society ofChair: - the Part II Bonn, Klaus Germany Wandelt, UniversityEPS14.2.1 of (Plenary) Bonn, News from Quantumfor Solid State Hall Research, Stuttgart,Every Germany Physics day a newtalk QHE- summarizes the paper applicationsmetrology is of and published. this the The effect mostcoupled in recent QHE basic 17:00 devices researchexciton on condensation which and show superfluidity. properties of Dosch search, Heisenbergstr.many 3, 70569 Stuttgart,In Ger- this lecture Ibreakthroughs discuss in the Nanoscience future andgies challenges Nanotechnolo- and by the use of European Megafacilities. 16:20 – 17:00: Coffee Break • EPS14.1.2 (Plenary)2011 - Odyssey in Nanospace 15:35 EPS14.1.1 (Plenary)Graphene:— Magic of Carbon Flatland 14:50 12:50 – 14:30: Lunch Break 14:30 – 16:20 EPS14.1: 14thEuropean General Physical Conference Society ofChair: - the Part I Palaiseau, France Albert Fert, UMP CNRS/Thales, Manchester Centre for Mesosciencenology, University & of Nanotech- Manchester M13Graphene 9PL, U.K. is aof rapidly condensed rising star mattercopia on physics, of new the revealing phenomena. horizon aon I will cornu- graphene overview our concentrating work properties on and speculate its about next-to-magic applications.

Wednesday Notes 22 nd eea ofrneo h odne atrDvso fteErpa hsclSociety Physical European the of Division Matter Condensed the of Conference General 61 · ensa 7Ags 2008 August 27 Wednesday

Wednesday — 2 Her- IFW- Luke 3 , , Rudolf 2 5 • Christian Francesco G. Andrew , — 1 , , 4 2 Claudio Attac- • — TU Budapest, Hun- 4 Aula 1 Andrei N. Khlobystov Hans Kuzmany Ferenc Simon , 1 , Manuel Melle-Franco 3 Thomas W. Chamberlain Neil R. Champness , and , 6 , 5 , Dipartimento di Chimica, Universit di 1 2 School of Chemistry, University of Not- 5 — Universidad del Pais Vasco, Unidad 2 Faculty of Physics, University of Vienna, Aus- Department of Materials, University of Oxford, wig Peterlik THU1F1.2Electron-electron correlationgraphene and graphite effectscalite in de FisicaUPV/EHU de Centro Jose Materiales Mari72 Korta, E-20018 Avd, Centro San Tolosa Sebastian. Mixto SPAIN CSIC- 10:00 9:40 – 11:00 THU1F1: Materials -Chair: Carbon Nanotubes T.Austria Pichler, University of Wien, Wien, THU1F1.1Towards a Controlledular Assembly of Chains: Molec- insidePfeiffer Carbon Functionalized Fullerenes Nanotubes 9:40 Kramberger Zerbetto Staddon D. Briggs 1 tria — tingham, Nottingham NG7Dresden, 2RD, UK Germany — — gary — Bologna, V.6 F. Selmi 2, 40126Oxford Bologna, OX1 Italy 3PH, UK — SWCNTs werefunctionalized fullerenes. filledtached sidegroups with By webetween changing can the alky- the encapsulated engineer fullerenes,portant at- and the which for is distance the im- production aryl- of 1D spin chains. Thursday 28 August 2008 · — Department Thomas Russell Aula Conversi • — 9:40 – 11:00 THU1C: JointSciences Biological and Polymer PhysicsChair: Physics & VIII Hans Life many Riegler, MPIKG, Potsdam, Ger- THU1C.1 (Invited)Directed Self-OrientedBlock Self-Assembly Copolymers:Top-Down of Bottom-Up Meeting 9:40 of Polymer Science andMassachusetts Engineering University of By combining directed self-orienting self-assembly of blockwith copolymers, micro-fabrication theapproach, processes, bottom-up faster, the better approach, be and top-down generated cheaper in devices very can simple, yet robust, ways. 62 Si- , Stephan Klaus En- , Francoise , , and ¨ uller Thomas Ihn • ¨ uttinger — Thomas M , Aula Amaldi Johannes G Christoph Stampfer , , — Solid State Physics Laboratory, ETH Molitor sslin Zurich, Schafmattstrasse 16, 8093 Zurich, Switzer- land Experiments on quantum dotswhich will a be capacitively reviewed in coupledtact quantum is point used con- asis applied a for charge studying detector. quantumin dots graphene. This in GaAs technique and 9:40 – 11:00 THU1A: Semiconductortum Physics Transport -Chair: Quan- G. Grosso, Universitàdi Pisa, Italy THU1A.1 (Invited)Electronic transport in quantum dots:GaAs from tomon Gustavsson graphene Schnez 9:40 , — In- ´ a — Ecole Polytech- Erminald Bertel Enrico Don • General Conference of the Condensed Matter Division of the European Physical Society — nd , and 22 Aula Magna Antoine Georges • — Alexander Menzel THU1M.1 (Invited)One-DimensionalCharge Physics Density Waves,Phase on Fluctuations, and Transitions Surfaces: 9:40 9:40 – 11:00 THU1M: Surface,Dimensional Physics Interface -ties III Electronic and Proper- Chair: Low- Poincaré,Nancy, France Daniel Malterre, Université Henri stitute of Physical Chemistry,bruck, University Innsbruck, of Austria Inns- Phase diagram and electronicbate/Pt(110) properties surfaces of are adsor- explored usingtemperature variable- STM, angle-resolvedand photoemission low-energy electron diffraction.a Peierls Evidence transition, for fluctuationsration and typical phase for sepa- found. quasi-1D correlated systems is 8:45 – 9:30 THUPL: Plenary 3 Chair: GiorgioRoma, Parisi, Italy University La Sapienza, THUPL.1 (Plenary)Condensed matter physicsatoms: with ultra-cold lighttices. fermions and innique optical and CNRS, lat- Palaiseau, France A new form of condenseding matter from physics the study is of emerg- optical ultra-cold fermionic lattices. atoms I in willments review and some future 8:45 recent challenges achieve- in this field.

Thursday r Pace dro csoLaviano ncesco defects. concen- oxygen the of with tration increases and at temperature already room detected is TiO mag- Ferromagnetism doped the presented. and pure on of stoichiometry properties oxygen netic of effects The Verona, Floriano, Italy Verona, San Universit` 37029 Via Lebrecht, — 70, Italy Villa Pieve Verona, della UdR INSTM, and Universit` fisica, ica Universit` Volta”, ”A. noi Vecchione Antonio Fittipaldi Crystals tic — Italy Pavia, — Italy Brescia, Pavia, 25121, 27199, 41, Musei — dei Italy Via Cattolica, 1 Speghini Adolfo .Diaz-Fernandez A. H13210:00 Sr in Magnetism THU1F3.2 9:40 Mozzati Cristina impurities metal • transition and cancies the in TiO ferromagnetism temperature Room THU1F3.1 Prague, Republic University, Czech Corre- Charles Sechovsky, V. Strongly Chair: Systems - Electron Magnetism lated THU1F3: 11:00 – 9:40 iatmnod aeaiaeFsc,Universit` Fisica, e Matematica di Dipartimento ug Sangaletti Luigi 2 uiesse:Terl foye va- oxygen of role The system: rutile : 5 a iatmnoSinic Tecnologico, e Scientifico Dipartimento 2 1 , NS n iatmnod Fisica di Dipartimento and CNISM 1 iVrn,Srd eGai 5 37134 15, Grazie Le Strada Verona, di 2 , 2 — , 4 — 1 iTMV Universit` DiSTeMeV, 3 asmlaoPolichetti Massimiliano ueMtCRIF Regional CNR-INFM SuperMat , 4 22 3 a and , niaMezzetti Enrica • 2 1 Ru ua3 Aula aioZola Danilo , iPva i as ,27100, 6, Bassi Via Pavia, di , 1 nd 3 ivniDrera Giovanni , a itoGalinetto Pietro 2 , 2 , 3 O iPva i as 6, Bassi Via Pavia, di ac Bettinelli Marco iatmnod Chim- di Dipartimento ai Cuoco Mario eea ofrneo h odne atrDvso fteErpa hsclSociety Physical European the of Division Matter Condensed the of Conference General oez Malavasi Lorenzo 7 /Sr 4 Ru 1 3 , 2 O 3 a , 2 and , 10 iVerona di 1 Rosalba 1 uieare rutile , , Eutec- 2 Maria , 2 , Fra- San- 5 1 Yu , — — 2 3 a , , h hnnbtnteeto re’ function. Green’s electron not but correlations, in phonon suppressed the strongly antiferromagnetic find are effects corre- to We electron-phonon strong thanks interaction. of that, electron-phonon influence on the lation studied have Roma, We I-00185 Sapienza”, ”La Italy Roma di versit‘a D-52425 Jülich, — Jülich, Germany Forschungszentrum forschung, ¨ rAlgn n ekoscehi b,D- mbH, 9:40 Reaktorsicherheit — Köln, Germany 50667 — und Germany Anlagen- für Stuttgart, D-70506 — Castellani Claudio and R electron-phonon Coulomb between Interplay (Invited) THU1F4.1 Trieste, Trieste, Sincrotrone Italy Goldoni, Supercon- A. Tc Chair: High I - ductivity Highly- Systems and Correlated Superconductivity THU1F4: 11:00 – 9:40 osch ¨ 1 a-lnkIsiu für Festkörperforschung,Max-Planck-Institut 2 , iri Sangiovanni Giorgio — • leGunnarsson Olle ua4 Aula 4 iatmnod iiaUni- Fisica di Dipartimento 4 and , 3 ntttfür Festkörper-Institut asm Capone Massimo 1 , rkKoch Erik 2 Gesellschaft 1 , Oliver 3 4 , 63 fti praha oprdt h aktbe- market the to compared as havior. consequences approach logical as- this the underlying investigate of the then of and be dynamics set can the that 9:40 aspects by those explained on focus price will stock I future volatility. the on option a forecast represent stock market to synthetic the supposed is of which properties surface, volatility some discuss will I France mea- Paris, to CFM, Arbitrage, tool Volatility a risk as investor’s market sure option stock The (Invited) THU1F6.1 Trieste, Interna- Physics, Theoretical Salam Abdus for Italy The Centre Marsili, tional M. Markets and Financial Chair: - Socio-Economic Systems of Complex Physics THU1F6: 11:00 – 9:40 ua6 Aula — • tfn Ciliberti Stefano · — hrdy2 uut2008 August 28 Thursday

Thursday , 4 — — 4 Chri- Milan IMEC, Carla , 5 3 , 2 , and AREA Sci- 1 2 Stephan Hofmann John Robertson , 4 Andrea Goldoni , 3 Aula 1 Cecilia Mattevi , and Tatjana Vukovic 5 • , 1 — Faculty of Physics, University — Surface Science Division, Sincrotrone Trieste 3 Cinzia Cepek Laboratorio Nazionale TASC-CNR-INFM, ss 14, Department of Engineering, University of Cam- Damnjanovic of Belgrade, Studentski trgBelgrade 12-16, 11001, P. Serbia O. BoxWe 368, present adiffraction intensities full of symmetryotubes double-wall enabling carbon based direct nan- insightof analysis into chirality various of of effects position, its on the walls, intensity as distribution. well as their mutual THU1F1.4Diffraction Intensities of Double-Wallbon Car- Nanotubes:acterization Symmetry Based Char- 10:40 We studied the effecton of the the electronic band correlation within structure of GW graphiteelectron-phonon approximation and coupling graphene and ontions various determine to approxima- explain the periments. recent Raman and ARPES ex- THU1F1.3CVD growthstudy of of carbon• nanotubes: substrate-catalyst interaction XPS Castellarin-Cudia stoph TobiasMirco Wirth Cantoro 10:20 1 km 163.5, I-34012ence Trieste, Park, Italy Padriciano — — 99, I-34012 Trieste, Italy SCpA, ss4 14, km 163.5, I-34012bridge, Trieste, Italy Cambridge — AMPS/NANO, CB3 Kapeldreef 75, 0FA, 3001gium UK Leuven, Bel- — The importancecle/substrate interaction in ofsurface-bound the CVD CNT has the growth beening studied via a by catalyst systematic perform- in-situ XPSdone study nanoparti- of in CNT different growth experimental apparatus. , 3 Thursday 28 August 2008 , 2 · — De- Institute Institute 3 4 Pavel Khalatur Physics Department, 1 , 2 Adam Gadomski , • 1 — — 4 Aula Conversi Department of Polymer Science, Univer- 2 Yurii Kriksin Alexei Khokhlov • Moscow State University,sia Moscow — 119992, Rus- sity of Ulm, Ulm D-89069, Germany — THU1C.2The Articular CartilageMatter, Paradigm Revisited of Soft- 10:20 THU1C.3Microphase separationmers in with diblock amphiphiliccal copoly- block: structure can local dictate— global chemi- morphology and of Organoelement Compounds, Russianof Academy Sciences, Moscowfor 119991,Russia Mathematical — Modeling, RussianSciences, Academy Moscow of 125047, 10:40 Russia It is shownperiments) that (theoretically microphase and separationcopolymers by for composed block- computer ofamphiphilic one ex- block monophilic and leadsgies one to non-trivial due morpholo- tounits. the surface activity of amphiphilic partment of Modelingcesses, University of of TechnologyPL-85796 Physicochemical & Bydgoszcz, Pro- Life Poland Sciences, The interstitial fluidof pressurization, facilitated acartilage friction-biolubrication signature in (AC),cally articular is and carried canthrough be out transmembrane viewed micelles-containinginterspaces. electromechani- as AC protons permeation 64 , 1 2 , 1 1 Lu- , 2 Nicola • F Beltram — G Biasiol , and Andrea Bertoni Elisa Molinari 1 , , 1 1 , and 2 , 1 Aula Amaldi TASC-INFM Laboratory, Trieste, 2 V Pellegrini S Roddaro , 1 , 1 Giulio Ferrari • — NEST-INFM, Scuola Normale Superiore, S3 CNR-INFM National Research Center, 1 1 Dipartimento di Fisica, Universitàdi Modena e cia Sorba — Pisa,Italy — Italy We exploitfully-tunable particle-hole point dualityquantum junctions to Hall states. between implement transport results different We in discuss relation toidences our about predictions non-linear the and inner ev- structure of edge channels. — Via Campi2 213/A,Reggio 41100 Emilia, Modena, Modena, Italy We compute Italy energy bands,eigenfunctions — density of of carriers states onin a a and magnetic cylindrical field. surface direction of Tuning the the intensityLandau field, and levels Aharonov-Bohm the are effect investigated. and THU1A.2Non-linear transportpoint across junctions fully-tunable betweentional integer andParadiso quantum frac- Hallstates 10:20 THU1A.3Cylindrical 2DEGLandau in Levelsfect a and MagneticGuido Aharonov-Bohm Field: Ef- Goldoni 10:40 , — LPM, 3 Frank , and Emmanuele 3 • — Annemarie Schus- General Conference of the Condensed Matter Division of the European Physical Society , and Christoph Tegenkamp nd , 22 SMC Research Center, INFM- ¨ ur 1 Aula Magna Claudio Grimaldi , 2 — , 1 4 — Institut Abteilung fürFestkörperphysik, Istituto dei Sistemi Complessi (ISC), CNR, 2 Herbert Pfn Department of Physics, University of Al- THU1M.3One-dimensional conductancewires induced in byeral atomic two-dimensional by interactions: lat- Pb on Si(557) 10:40 CNR c/oSapienza”, Dept. P.le A.— Moro 2,v. Physics, 00185 dei *Taurini Roma,Ecole *University 19, Italy Polytechnique 00185 Sta- Fédéralede*Lausanne, “La Roma,tion Italy — 4 17, CH-1015berta,*Edmonton, Lausanne, Alberta, Canada, T6G Switzerland 2J1 We investigate — thecoupling role in ofgases concerning the in two-dimensional particular electron-phonon theHall, dynamical electron the spin- criterion for superconducting Rashba the pairing and one-particle spectral properties. • Marcin Czubanowski ter Oberflächen, Leibniz Universität Hannover,30167 D- Hannover, Germany Monolayer coverage of Pbsurface reorganizes the into Si(557) neworientations. concentration This dependentdimensional reorganization facet conductance results for in thereversible one- (223) facets switching and order-order to phase transition. two-dimensional by an THU1M.2Electron-phonon effectsone-particle on properties*of transport two-dimensional spin-orbit and electron systems Cappelluti Marsiglio 10:20

Thursday opigadotohmi atc distortions. orbital-lattice lattice orthorhombic the and coupling superexchange, the between of play diagram phase observed R superexchange the for re- spin-orbital mechanisms sponsible physical the unravels the which model introduce We Netherlands The Eindhoven, ries, — Poland Cracow, single the of properties superim- magnetic phases. as the discussed of be magnetism position cannot The crystals these structure. in multilayered a shape ttgr,Gray— Germany Stuttgart, this of consequences investigated. The are behaviour novel barrier. at junction moment the magnetic a triplet stabilizes between superconductors junctions Josephson in time-reversal symmetry of breaking the that demonstrate We — Germany 2 Stuttgart, Festkörperforschung, Sr H13410:40 Feiner Felix the in perovskites transitions phase of Modelling THU1F3.4 10:20 Sigrist Manfred Iniotakis Christian Junctions Superconductor Triplet in Symmetry Time-Reversal Broken THU1F3.3 Sr of properties magnetic the discuss We degli Italy Duca Torino, Corso I-10129 Torino, Abruzzi, di — Politecnico Italy Physics, (SA), Allende, S. Baronissi via I-84081 Salerno, of University Caianiello”, Baro- — I-84081 Italy Allende (SA), nissi S. via Salerno, Laboratory Horsch ETH-Zürich, Zürich, Switzerland VO 4 Ru 3 3 eosie.I eel otiilinter- nontrivial a reveals It perovskites. O 1 10 , iia Khaliullin Giniyat uetccytl hr h w phases two the where crystals eutectic — 3 — • 22 2 nre .Ole M. Andrzej 2 eateto hsc E R. ”E. Physics of Department ua3 Aula 3 — 1 hlp eerhLaborato- Research Philips nd a-lnkIsiu FKF, Max-Planck-Institut 2 , 1 2 a-lnkIsiu fürMax-Planck-Institut • eea ofrneo h odne atrDvso fteErpa hsclSociety Physical European the of Division Matter Condensed the of Conference General aelna University, Jagellonian ikManske Dirk — hlpBrydon Philip 3 1 eatetof Department and , ´ s 1 , 2 3 , Ru 1 R Louis- Peter and , 2 VO O 7 / 3 1 , lcrnpoo opigsrnt nti system cuprate. this in and in strength coupling electron-phonon ain ntepoo iprinadlftm in lifetime and dispersion Ca phonon superconducting the calcu- and on measurements lations new our present will We Japan 611-0011, Kyoto Uji, sity, — France cedex, Grenoble 3 F-38043 220, BP cility, Mauri Francesco fAPSmeasuraments. features ARPES specific of provideof understanding results for properties scenario The clear state a studied. spec- ground is the cuprates on undoped on and coupling function hole-phonon tral of effect The Japan 113, Tokyo Tokyo, of University Paris, 75015 Lourmel, de rue — 140 France 6, Paris Marie Curie et Pierre Univ. Condensés (IMPMC), lieux 1 Azuma Hoesch Moritz ehooyAec JT,Tuua305-8562, Tsukuba — (JST), Japan Agency — ”FedericoTechnology Italy Napoli Napoli di II”, Università Fisiche, Scienze Oxy- the of case the chlorides superconductors: Tc H14310:40 Nagaosa Filippis tes Cupra- Undoped in Effects Electron-phonon THU1F4.3 10:20 Calandra CuO THU1F4.2 nttt o hmclRsac,KooUniver- Kyoto Research, Chemical for Institute ntttd i´rlgee ePyiu e Mi- des Physique de Minéralogie et de Institut — 2 3 npaepoo nml nhigh in anomaly phonon in-plane 1 , • , 3 3 itroCataudella Vittorio ii Takano Mikio 2 RS,Dp fApidPyis The Physics, Applied of Dep. CREST, 1 nriMishchenko Andrei — — uoenSnhornRdainFa- Radiation Synchrotron European , al Giura Paola 1 • oeetaCRIF n Dip. and Coherentia-CNR-INFM atod’Astuto Matteo 2 , 2 1 ua4 Aula 2 ihe Krisch Michael − and , RS,JpnSineand Science Japan CREST, x CuO 3 , ba Shukla Abhay 2 1 Cl , nraGauzzi Andrea ky Yamada Ikuya 2 n ics the discuss and , 2 1 and , , 1 iloDe Giulio 2 , , Matteo Masaki Naoto 1 — 1 1 , , 65 we re o n eun ntrso delayed of efficiency. terms market 10:40 in and clearing returns market and be- flow causality Ex- order asymmetric Stock tween the Spanish trad- explain the We the in change. of brokers of structure networks community ing the study — We Santa Italy Road, USA Park 87501, Palermo, Hyde NM Fe, 1399 I-90128 Institute, Fe Scienze, Relative, Santa Tecnologie delle e Fisica viale di Dipartimento efficient — markets and financial in flow, prices information Causality, THU1F6.3 10:20 Self-Organization Styl- their and • Economics: Facts for ized Model Based Agent THU1F6.2 and .eA oo oa tl — Italy Roma, Moro, A. P.le Italy Roma, — Panisperna, Via Fermi”, ”E. Ricerche gns ete osdrtesl-raiainto state. self-organization quasi-critical the of this consider fluctuations a then the We as to agents. respect emerge with features effect size markets finite financial which for in Model Based markets, Agent an Italy introduce Roma, We Taurini, dei Via CNR, Complessi, aetn Alfi Valentina 2 nvri` el td iRm L Sapienza”, ”La Roma di Università Studi degli nraZaccaria Andrea 1 , 2 ua6 Aula , uin Pietronero Luciano 2 — 3 — siuodiSistemi dei Istituto 1 • etoSuie Studi Centro arzoLillo Fabrizio · 2 , — hrdy2 uut2008 August 28 Thursday 3 ,

Thursday , 1 — , and Elisa 1 • Pierre Diparti- • 2 , Laurence Dipartimen- 1 , and 3 — Dipartimento di , and 2 2 Daniele Varsano , 1 Dipartimento di Fisica, 3 Giuseppe Grosso , 1 Aula 1 François Varchon INFM-CNR-S3, National Cen- Andrea Marini 1 , — 2 , — 1 2 , Jean-Yves Veuillen 1 — Institut C.N.R.S. Néel, and Univer- Deborah Prezzi , — Alessandro Cresti THU2F1.3Even-odd effect in graphene valley filter 12:10 11:00 – 11:30: Coffee Break 11:30 – 12:50 THU2F1:Dimensional Surface, Physics -Chair: Graphene Interface P. andASCR, Prague, Jelinek, Low- Czech Republic Institute of Physics ofTHU2F1.1 the Optical propertiesbons of graphene nanorib- 11:30 THU2F1.2Soft ripples inSiC(0001) the surface: first Ainitio graphene joined study layer STM on and ab- 11:50 • to di Fisica, Universita’ di Pisa, Italy — Mallet Magaud Giuseppe Pastori Parravicini mento di Fisica, Universita’ diWe Pavia, analyze Italy the peculiar even-odd dependence of Alice Ruini sitéJoseph Fourier, Postale Boˆıte Grenoble 166, Cedex 9, F-38042 France STM and abscription initio studies of allow the usthe graphene/SiC(0001) atomic to scale. interface give We at a demonstratesubstrate-induced the de- ripples existence of inlayer. the graphene mono- Molinari ter on NanoStructuresfaces, I-41100 and Modena, BioSystems Italy — at Sur- Fisica, Universitàdi Modena e41100 Reggio Modena, Emilia, Italy I- Universitàdi — Roma “Tor Vergata”, I-0133Italy Roma, We investigateelectronic from first properties(GNRs) principles of with the the grapheneWe inclusion of show opto- nanoribbons many-body thatpanied effects. strong by relevant exciton effectswidth binding of modulation. edge is passivation accom- and , 1 Thursday 28 August 2008 Di- Mi- · , , 6 Denis 3 , 1 , Jacques Taihyun Dimitris Michael 3 • , 7 — Leibniz Insti- — 5 Department of 7 , and 8 Nicolas Jouault , Institute for Chemical 1 8 Didier Gigmes , Michael Kapnistos Donghyun Cho 2 Institute of Electronic Struc- , 1 Wim Pyckhout-Hintzen , 2 , 6 Aula Conversi , 1 ´ e Chevigny 5 — , 4 4 Jacques Roovers Chlo , , 7 1 Department of Materials Science & Technol- 2 Department of Chemical Engineering, Univer- Department of Chemistry, University of North Institute of Solid State Research, Forschungszen- THU2C.2Well definedture nanofiller in controlledSANS struc- polymer andwork TEM chains mechanical to matrix: behavior. original from filler net- 12:10 Vlassopoulos Jestin Florent Dalmas 11:00 – 11:30: Coffee Break 11:30 – 12:50 THU2C: JointSciences Biological and Polymer PhysicsChair: Physics & IX K. Saalwächter,Martin-Luther-Universität Life Halle-Wittenberg, Halle, Germany THU2C.1 (Invited)Dynamics of cyclic polymers chael Lang 11:30 eter Richter Chang ture andTechnology Laser, * Foundation Hellas,— for Heraklion, Researchogy, Crete, and University Greece 3 of Crete, Heraklion,sity of Greece4 California, — Santa Barbara,Carolina, CA, Chapel Hill, USA NC, USA — — Rubinstein tute for Polymer6 Research, Dresden, Germany — Germanytrum Jülich, — Jülich, Chemistry, Pohang University ofnology, Science Pohang, & Korea Tech- — Process & EnvironmentalResearch Council, Technology, Ottawa, National Ontario, Canada We showpower-law experimental stress resultsconcatenated entangled supporting relaxation cyclic polymers.show the function that We also trace ofslow amounts down their of non- dynamics. added linear chains 66 , , 2 1 ¨ a- — — , 1 Ul- , 1 Esa R Gerhard • — European The- 2 , and Patric S. Zapp 2 , 1 Alberto Castro Jaroslav Fabian Institut fürTheoretis- , Walter Schottky Insti- 1 2 , 3 1 Gabriela Apetrii — and , 2 1 , 1 Werkstoffe und Nanoelektronik, 1 Aula Amaldi Dieter Schuh Experimentelle und Angewandte 2 — , 1 3 Heiko Appel Saskia F. Fischer • , 2 , 1 — E.K.U. Gross Christian Ertler ¨ anen Physik, Universitaetgensburg, Regensburg, Germany D-93040 — tut, Re- Technische Universitaet Muenchen,Garching, D-85748 Germany Tunnel-coupled quantum wirelevels states in and the quantum landau Hallby regime magnetotransport. are The investigated magnetic-*eldoscillation induced of the tunnelling gaplimit in the allows single-mode controltransport. of hybridization in quantum Abstreiter Ruhr-Universitaet Bochum,Germany D-44780 — Bochum, THU2A.3Quantum transportReal-space-real-time approach in magneticand fields: che Physik, Freie14, UniversitätBerlin, D-14195 Arnimallee Berlin, Germany — 12:10 THU2A.2Magnetic-field dependentof tunnel coupling stackedtems one-dimensional electronSven S. sys- Buchholz rich Kunze 11:50 s 11:00 – 11:30: Coffee Break 11:30 – 12:50 THU2A: Semiconductortum Physics Effects -Chair: Quan- MarioRoma, Rome, Capizzi, Italy Sapienza Università di THU2A.1Self-sustained magnetoelectricin oscillations magnetic• double barrierInstitute structures forRegensburg, Theoretical Universitätstraße31, Physics, 93040 Regens- burg, University Germany of We theoretically investigate thedynamics highly of nonlinear able ferromagnetic barrier semiconductor structure, dou- magnetic in which properties the areoccurrence transport and of strongly intrinsic coupled.magnetization self-sustained 11:30 oscillations current is The and predicted. , , , , 1 2 2 — , and Stefano Maz- • — Stepan Kuchmiy Institute of Semicon- , 1 2 Mathieu Kociak General Conference of the Condensed Matter Division of the European Physical Society Volodymyr Dzhagan Alexandr Stroyuk • , — University of Twente, — , nd Harold J.W. Zandvliet — — Laboratoire de Physique 1 3 , Institute of Physics, Chemnitz 22 3 ´ ephan Aula Magna Odile St , Bene Poelsema Dietrich Zahn Institute of Physical Chemistry of National 2 Daan Kockmann ductor PhysicsUkraine, prospekt of Nauky 45, National Kyiv— 03028, Ukraine Acad. Sci.University of of Technology,70, Reichenhainer D-09126 Chemnitz, Straße Germany A range of II-VIied core-shell by nanoparticles resonant are Raman stud- on scattering, with the the effect focuscore-shell interface of on interdiffusion vibrationalnescence and and properties photolumi- strain of the at nanoparticles the Alexandra Rayevskaya and Acad. Sci. of03028, Ukraine Ukraine, — prospekt Nauky 31, Kyiv Mykhailo Valakh THU2M.3Repulsive interactionCO between molecules on• adsorbed Pt modifiedand Ge(001) 12:10 des Solides, Univ.F-91405 Paris-Sud, Orsay CNRS, Cedex, UMR France 8502, We present experimentalshowing nanometer-scale how maps mons morphology of gold affects nanoparticles.like Moving surface to from sphere- plas- sharpness-dependent star-like tip nanoparticles modecore a arises sphere besides plasmon. supplementary the Enschede, The Netherlands Statistical analysis of nearest neighbor spacing of zucco Christian Colliex THU2M.2Resonant Raman spectroscopyof as local ashell structure probe nanoparticles of semiconductor core- 11:50 THU2M.1From sphereof to surface star: plasmonsstudied by in shape STEM-EELS gold dependence nanoparticles 11:30 11:00 – 11:30: Coffee Break 11:30 – 12:50 THU2M: Surface,Dimensional Physics - InterfaceNanowires Small and ParticleChair: and E. Molinari, Low- Universita’gio di Emilia Modena e and Reg- CNR-INFM S3, Modena, Italy

Thursday Spizzo Valeri properties. switching vector material’s a de- hysteresis scribing rotational the on FORC measured vector diagram, newly-introduced FORC the scalar and the diagrams physical from extracted the data of of study meanings comparative a presents One Uni- USA Tallahassee, University, FL, State A&M Florida Florida and versity Engineering, Computer and pcfi antcpoete ftenanoparticles XMCD. and the element- STM we of and using structural properties Thus, the magnetic correlate specific surfaces. to various able vac- are on ultrahigh conditions and uum soft-landing — under are clusters Germany deposited alloy FeCo softmagnetic Rostock, Size-selected D-18051 Rostock, 3 of I, — Carol Romania Iasi, Blvd. University, 11, Cuza Ioan Alexandru H23312:10 Bona di films dro nanoparticles Ni D’Addato of characterization magnetic and Morphological THU2F3.3 11:50 Düsseldorf, — D-40225 Germany dorf, Bansmann Joachim Kleibert alloy surfaces sellen FeCo magnetic on size-selected Getzlaff and of nanoparticles structural properties of Correlation THU2F3.2 11:30 and diagrams (FORC) • first- curves (rotational) reversal vector order and mate- scalar by magnetic rials particulate in behavior ing switch- and interactions of Characterization THU2F3.1 Italy Roma, ISM-CNR, Fiorani, D. Chair: Nanowires and Nanopar- ticles Magnetic - Magnetism THU2F3: 12:50 – 11:30 Break Coffee 11:30: – 11:00 nvriyo l,D809Um Germany Ulm, D-89069 Ulm, of University arni Stoleriu Laurentiu er Andrei Petru 3 1 1 , , 2 — 2 , eaeKrtnGebhardt Kerstin Renate 1 1 , , , rnoRonconi Franco 2 1 alHizMeiwes-Broer Karl-Heinz uknBulut Furkan , NMCR 3Rsac Centre, Research S3 INFM-CNR, uaGragnaniello Luca 1 , 22 2 ua3 Aula let Rota Alberto 3 — nd 2 — 1 eateto Electrical of Department , 1 eateto Physics, of Department eea ofrneo h odne atrDvso fteErpa hsclSociety Physical European the of Division Matter Condensed the of Conference General lxnr Stancu Alexandru 1 nvriyo Düssel- of University 1 , 3 and , ofagRo- Wolfgang — 1 , — 1 2 2 , , • University Federico 1 Alessan- Mathias , • Sergio Sergio 2 Armin and , — 1 , H24312:10 — Italy I- Rome, energy 89/A, 00184, Panisperna via Fermi”, vortex-core “Enrico Ricerche the and transition Kosterlitz-Thouless of — the role within The THU2F4.3 overdoped in- the by to layer. induced attributed stiffness is phase and creased dis- characteristics transition enhanced 2D The plays film. LSCO bare the 11:50 (0.06 LSCO(x=0.35) bilayers in /LSCO(x) Tc of enhancement an report Israel We 32000, Haifa Technology, — of tute Israel 91904, Jerusalem Jerusalem, 2 of versity stiffness 1 phase Koren and Yuli Role pairing bilayers: LSCO of in temperature transition superconducting the of Enhancement THU2F4.2 11:30 long- of presence interaction. in Coulomb and lo- range the strong correlations of within electron limit cal analyzed corre- the in are strongly model Hubbard-Holstein systems in electron observed lated Al- anomalies S. Phonon Italy Via (Sa), Unit, Baronissi 84081 CNISM lende, and Caianiello” ”E.R. and the in model Anomalies Hubbard-Holstein Phonon Stretching Bond Milano, THU2F4.1 di Politecnico Italy Ghiringhelli, Milano, G. supercon- Tc Chair: High II - ductivity Highly- Systems and Correlated Superconductivity THU2F4: 12:50 – 11:30 Break Coffee 11:30: – 11:00 eateto hsc,Tcno salInsti- Israel - Technion Uni- Physics, Hebrew of Department The Physics, of Institute Racah • aaBenfatto Lara ai Marinaro Maria 1 her Giamarchi Thierry , 2 , tyAsulin Itay ddMillo Oded ua4 Aula 1 , 1 2 1 , iatmnod Fisica di Dipartimento — , < 2 and , eateto Physics, of Department lui Castellani Claudio x endIomin Leonid 3 < .5 ihrsetto respect with 0.15) — — rrOrgad Dror • 1 oet Citro Roberta etoSuie Studi Centro — 2 , • Ofer Gad 1 — 2 , 67 ewr r presented. trade world are of the 11:30 network patterns to such application an detect and to connectivity method net- novel in A nodes function nodes’ works. of the to groups linked intimately among are connectivity of Patterns Würzburg, Germany of University Physics, cal Networks — in Function and Block-Structure (Invited) THU2F6.1 Palermo, Palermo, UniversitàItaly di Lillo, F. Net- Chair: Socio-Economic and - works Socio-Economic Systems of Complex Physics THU2F6: 12:50 – 11:30 Break Coffee 11:30: – 11:00 H26212:10 ran- uncorrelated networks of dom properties Spectral THU2F6.2 esdd eAer,31-9 vio otgl— Portugal Aveiro, 2 3810-193 Aveiro, de versidade Samukhin Mendes Jose-Fernando .F oePyioTcnclIsiue 194021 Institute, Physico-Technical Ioffe F. A. • or Reichardt Joerg 1 , 2 — 1 eatmnod ´sc aUni- F´ısica da de Departamento — ua6 Aula egyDorogovtsev Sergey nttt o Theoreti- for Institute — 1 and , • Alexander · 1 , hrdy2 uut2008 August 28 Thursday 2 ,

Thursday Mat- Luca • , 1 Iskandar — , and 2 Aula 1 Cinzia Cepek Emanuele Cavaliere Dipartimento di Matematica e , 1 , 2 , 2 , 1 1 — 2 , 1 Laboratorio nazionale TASC INFM-CNR, Area tia Fanetti Gavioli Fisica, Università Cattolicavia del dei2 Musei Sacro 41, Cuore, Science IT-25121 Park, Basovizza Brescia,34012 Trieste, S.S. Italy Italy 14 Km — We fabricate 163.5, a structurally IT- newnamely form of curved graphene, graphenechemical sheets, vapor deposition synthesizedtunneling by on microscopy HOPG. showsgrown at Scanning that the edges the of CGS topmost graphene has bilayers. Kholmanov 12:50 – 14:40: Lunch Break 14:40 – 16:20 THU3F1:Dimensional Surface, Physicsconductor Interface (Shared Physics) with and -tures Semi- Surface: Low- Chair: Nanostruc- S. Krischok, Technischenau, UniversitätIlme- Ilmenau, Germany THU2F1.4Curved graphene sheets grownof at the edges stacked graphene planes 12:30 the current-blockingjunctions effect obtained in inpresent bipolar zigzag graphene numerical nanoribbons.symmetry-based simulations interpretation of the and We effect. propose a Thursday 28 August 2008 IIT · 3 Vale- Pietro Ranieri , 3 , , , Scuola Nor- Laboratoire 1 2 1 , 1 1 1 ı ` Michela Ser- — — Institut Chimie , 2 2 3 1 , , ´ e 1 2 , 1 Stefano Luin NEST CNR-INFM — • 2 Giacomo Lanza CROPS, Univ. St Jérôme,Cc 3 Riccardo Nifos , — Aula Conversi rn¸i Bou François 2 , • 1 , Fabio Beltram 3 , 2 , Valentina Tozzini 1 , , and 2 3 , and , 1 3 , 1 THU2C.3Chromophore States in PhotocromicFluorescent Green Proteinman Mutants: Study rio Voliani a Ra- 12:30 12:50 – 14:40: Lunch Break 14:40 – 16:20 THU3C: JointSciences Biological and Polymer PhysicsChair: Physics & X Life Prague, Czech K. Republic Prochazka, Charles University, Bertin Léon Brillouin CNRS-CEAsur-Yvette Saclay Cedex 91191 France Gif- — resi Matériaux Paris EstThiais (ICMPE),CNRS France — - Vitry- Bizzarri male Superiore — Amat 542, Ave.Cedex Normandie 20 France Niemen, 13397Very Marseille well-definednanofillers homogeneous (˜ 10 nm) dispersionsized in by polymer SANS, melts, of TEM, are character- sion obtained through in disper- convenient solventferential or Mechanical chain Analysis grafting. givesuli plateau well Dif- before mod- percolation. Research Unit atazza Scuola dei Normale Cavalieri 7, Superiore; I-56126We pi- Pisa studied (Italy) the chromophores ofswitchable and fluorescent in proteins, reversibly startingexperimental with and the their calculated states; these Raman have beendifferent distinguished spectra by protonation their of or cis-trans isomerization. 68 , 2 — , 1 4 Samvel Badalyan • Giovanni Vignale — , and 3 Aula Amaldi Department of Physics, Institute 2 Department of Physics, Chonnam Na- 3 Department of Physics and Astronomy, Univer- Department of Radiophysics, Yerevan State Uni- for Theoretical Physics,many 93040 — Regensburg, Ger- tional University,4 Gwangju 500-757,sity Korea of Missouri — - Columbia,We Missouri investigate 65211, USA the spina Coulomb quasi-two-dimensional drag electronrandom (SCD) gas phase in beyond approximation. the Ourvery results are good in agreement a withings the and experimental verify the find- observation of SCD. 1 versity, 1 A.Armenia Manoukian — St., Yerevan, 375025, THU2A.4Spin Coulomb Drag Chang Sub Kim 12:30 12:50 – 14:40: Lunch Break 14:40 – 16:20 THU3A: Semiconductor PhysicsPhenomena - in Low-Dimensional Optical Chair: Systems F. Martelli, Laboratorio TASCTrieste, CNR.INFM, Italy oretical Spectroscopy Facility (ETSF) We apply time-dependent density-functionalory the- to investigatetwo-dimensional nanostructures. electron As transportplications the in first we various ap- flow consider through quantum rings (i) in(ii) magnetic the fields electron and pumping. Aharonov-Bohm , 1 (0001) Olivier 2 SIMAP, , 1 2 nanostruc- — 3 University of 5 4 Christoph Brom- Mireille Maret , , 4 2 , General Conference of the Condensed Matter Division of the European Physical Society 1 nd Settimio Mobilio Chemnitz University of Tech- , 5 2 22 Aula Magna Institut Néel,25 avenue des Mar- 3 Manfred Albrecht (111) epitaxial nanostructured al- Denys Makarov Fabiola Liscio 3 , and • , 5 3 — Dipartimento di Fisica “E. Amaldi”, Università tures grown at roomexhibit temperature unexpected on perpendicular WSe magnetictropy. aniso- istence Such anisotropy oftion is short-range promoted by related planardeposition. Se to surfactant Cobalt effect the during segrega- ex- co- nology, Institute ofGermany Physics, D-09107 Chemnitz, Assemblies of (111)-oriented CoPt Konstanz, Department of Physics,stanz, Germany D-78457 — Kon- INP Grenoble-CNRS-UJF, 1130 rue deBP75, la Piscine, 384022 Saint Martindi d’Heres, Roma Tre, France viaRoma, — Italy della — Vasca Navale 84, I-00146 tyrs, 38042 Grenoble, France — bacher Proux 14:40 – 16:20 THU3M: Surface,Dimensional Physics Interface -faces Liquid-Solid and Inter- Chair: E. Low- Bertel,bruck, University Austria of Innsbruck, Inns- 12:50 – 14:40: Lunch Break Carlo Meneghini THU2M.4Structural originin of CoPt magnetic anisotropy 12:30 loys adsorbed CO moleculesshows on that monatomic Pt-chains theThis repulsion, CO caused by molecules electronually depletion, repel grad- fades away each within other. 3-5 nm.

Thursday hneba ed hw h orlto fex- of grains. fluctuations CoO correlation antiferromagnetic superparamagnetic of the and shows bias exchange The fields and coercive bias the investigated. change of been dependence have temperature nanowires ferromagnetic oxidized Co-Ni of France propeties 4, magnetic Cedex The Toulouse 31077 Rangueil 135 5215, de CNRS av. UMR Toulouse, — de France INSA Paris, Objets, 05 cedex 75251 7086 3 Jussieu CNRS place UMR 2, — Diderot, France Denis 7- Yvette, versité Paris sur Saclay, Gif de d’Etudes 91191 Centre , UMR12 CEA/CNRS am Viau laume Soumare hi:RM aea ntttNe,CNRS/UJF, Neel, France Institut Grenoble, Galera, R.M. II Chair: Proper- Structures Magnetic and - ties Magnetism THU3F3: 16:20 – 14:40 Break Lunch 14:40: – 12:50 12:30 Co antiferromagnetic Ott biased by exchange fluctuations induced in nanowires drop Coercivity THU2F3.4 (T (T blocking reversibility ev- collective and with K) regimes: mode, two paving of and random idence in morphological grow films a films. ultrathin The of nanoparticles Ni of results study magnetic Italy the Ferrara, 44100 present 1, We Saragat G. via Mod- Ferrara, di 41100 — — 213/a, Italy Campi Italy ena, G. via Modena, Emilia, 41100 Reggio 213/a, Campi 2 G. via aoaor ePyiu tCii e Nano- des Chimie et Physique de Laboratoire iatmnod iia nvri` iMdn e Modena Università di Fisica, di Dipartimento 1 , Gr 2 , gr Chaboussant egory ´ enYe Piquemal Jean-Yves 3 3 — iatmnod iia Università Fisica, di Dipartimento — • 22 hmsMaurer Thomas 1 ua3 Aula aoaor ó Brillouin Léon Laboratoire nd > 0K). 70 eea ofrneo h odne atrDvso fteErpa hsclSociety Physical European the of Division Matter Condensed the of Conference General 2 TDSUni- ITODYS 1 2 , and , 1 , Fr Yaghoub ed ´ Guil- eric ´ < 70 h otiuinhsbe ihrw yteau- the by withdrawn thors. been has contribution Hongo, The Tokyo, Japan of — 113-8656, Tokyo University Lon- Bunkyo-ku, UK The Physics, College, 2BZ, plied SW7 Imperial don Laboratory, Blackett Cohen ley hi:L efto etoSuieRcrh En- Ricerche Italy e Rome, Studi Fermi, Centro rico Benfatto, L. Computation Chair: Body Methods Many Theoretical for Highly- - Systems and Correlated Superconductivity THU3F4: 16:20 – 14:40 Break Lunch 14:40: – 12:50 12:30 high anisotropic Tesei superconductors highly in temperature coexisting species between vortex interactions Dynamic THU2F4.4 fields. magnetic finite at systems systems anisotropic 2D en- layered in vortex-core and in the physics Kosterlitz- non-universal Thouless of of occurrence role the on ergy the investigate We Ernest-Ansermet Switzerland 4, Quai Aldo Geneve 24 CH-1211, le Geneva, P. of — University Italy Sapienza”, Rome, I-00185, “La 5, Moro Rome of University 1 , ar Perkins Garry 1 and , sysiTamegai Tsuyoshi ua4 Aula 1 , 2 ai Caplin David eateto Ap- of Department 3 PC MaNEP DPMC- — 2 • — Mauro 1 , 1 Les- The 69 em fBs ttsis e nisdweighted unbiased necessary. in therefore New are analytically statistics. definitions Bose correlations of fully terms We these randomization. characterize expected, struc- after what residual correlations strong with tural display contrast networks in weighted that, show We Italy Siena, Mantellini 53100 dei 44, Pian Siena, Università — di matiche, Italy Siena, 53100 56, Roma 2 Via Siena, sità di Loffredo net- important most be to characteristics. vertex work’s minimal the founding of of degree distribution, with and degree network matrix random arbitrary adjacency uncorrelated for of Laplacian spectra studied We Russia Petersburg, St. ooyadEoois uaet,Hungary Tech- , of Budapest Economics, University and Budapest nology Kertesz, J. Chair: Other and and Ecosystems Applications - Socio-Economic Systems of Complex Physics THU3F6: 16:00 – 14:40 Break Lunch 14:40: – 12:50 12:30 networks • weighted in behaviour Bosonic THU2F6.3 iatmnod cez aeaih dInfor- ed Matematiche Scienze di Dipartimento ig Garlaschelli Diego 2 — 1 iatmnod iia Univer- Fisica, di Dipartimento ua6 Aula 1 and ai Immacolata Maria · — hrdy2 uut2008 August 28 Thursday

Thursday , 4 — — Tor- , and , and Emil- 2 , Peter 2 1 — , 2 Sincrotrone 3 Stefan Heun , 3 TASC INFM-CNR, 4 Marco G. Pala Institut für Theoretis- Univ. of Modena, Mod- Scuola Normale Superi- Filippo Troiani 1 , IMEP-LAHC-MINATEC 3 1 • Thomas Schmidt 1 2 University of Bremen, Bre- , , 1 1 2 — — Aula 1 CNR-INFM Research Center , Brookhaven National Labora- 1 Jan Ingo Flege 2 — 2 3 , 3 , 1 2 Theoretische Physik, Universität 1 , 3 1 ¨ onig Andrea Locatelli , 2 Jens Falta • ¨ urgen K Michele Governale Guido Goldoni iano Cancellieri ore, Pisa, Italy — THU3F1.3Generation offrom non-identical indistinguishable quantum photons dots ”S3”, Modena, Italy — ena, Italy We theoretically address theing problem indistinguishable photons of from generat- conductor different semi- quantum dots.be We obtained show via cavity-assisted that Raman 15:20 transitions, thisby optimal can design of the driving laser pulses. THU3F1.1Selective GeGa terminated nanoMoritz vicinal Speckmann silicon island surfaces growth on 14:40 THU3F1.2Non-equilibrium superconducting proximity effect• in interacting quantum dots 15:00 ben Clausen J che Physik III,Bochum, Ruhr-UniversitätBochum, 44780 Germany — Sutter and (UMR CNRS/INPG/UJFble, 5130), France 38016 — Duisburg-Essen, Greno- 47048 Duisburg, Germany We investigate transport through asetup, three-terminal consisting ofpled a to quantum twoand dot phase-biased one tunnel voltage-biased superconducting normala cou- leads lead, real-time diagrammatic by theory. means of men, Germany — tory, Upton (NY), UnitedELETTRA, States Trieste, Italy — — Trieste, Italy Ga adsorption can bevicinal used silicon to surfaces. tunethe Ge impact growth For on of Si(113)land growth and shape, temperature Si(112) size on and the density will Ge be is- presented. Thursday 28 August 2008 · Andrea So- , — Dipartimento — Centro de Fisica de Ma- Aula Conversi Marco Buscaglia • Tommaso Bellini — , and Juan Colmenero • di Chimica,Medicina, Biochimica Universitàdegli e StudiF.lli Biotecnologie Cervi di 93, per Milano, 20090 Segrate la via Quenching (Milano), of Italy theter triplet nanosecond state laser ofthe excitation rate tryptophan is of af- intra-chain useddered contact peptides formation to and in probe in disor- proteins. the unfolded state of simple ranno teriales (CSIC-UPV/EHU), Apartado 1072, 20080 San Sebastian, Spain Miscible polymer blendsnents have where very the differenttal two dynamics time (dynamic compo- scales asymmetry) for showculiar very segmen- dynamic pe- features.results Here obtained by we neutron summarizeular scattering the and dynamics molec- simulations. THU3C.2Kinetics of Intramolecular Contacttion Forma- in DisorderedProteins Peptides and Unfolded 15:20 THU3C.1 (Invited)Dynamics of Asymmetric— Polymer Blends 14:40 70 , 2 and Gio- 1 , 3 CNISM- Jin Hui Giorgio 1 • Maurizio Soojeong Department Mario Ca- — 2 , — , — 4 1 , and 4 2 Volker Cimalla scuola normale supe- 2 , 2 Tyndall National Insti- Andrew Lindsay 1 Maria Losurdo — , — department of chemistry and 2 3 Tong-Ho Kim 2 , 1 Aula Amaldi , April Brown 3 Antonio Polimeni department of physics, jilin univer- 1 , 1 Electrical and Computer Engineering — 4 Giuseppe La Rocca Vadim Lebedev 3 • , and , 4 , 1 Institute of Inorganic Methodologies and of 1 3 Eoin O’Reilly Fraunhofer Institute for Applied Solid State Plasmas, IMIP-CNR, via OrabonaItaly 4, — 70125 Bari, Department, Duke University, 27708 Durham, NC USA The effects ofreported. hydrogen incorporation in Hydrogencarrier InN leads concentration are to by twoand an orders increase of to magnitude of aabout the 0.5eV. dramatic opening of the bandgap by Choi Dipartimento di Fisica,Roma, P.le Sapienza2 A. Università di Moro 2,Physics, Tullastr. 00185 72, Roma,— 79108 Italy Freiburg, — Germany Oliver Ambacher vanni Bruno tute, Lee Maltings, Cork,of Ireland Physics, — University College Cork, Cork,We Ireland show thatextent of the N-disorder in main theis conduction factor band the states determining energiesthey of the basic lie key inedge. N-clusters relation and to where the host conduction band • THU3A.2Hydrogen behaviorPettinari inpizzi InN 15:00 THU3A.3Tunable Photonics withColor Optically Centers Driven Wu in Diamonds. Artoni sity, changchung, china — riore, pisa, italy — physics of materials, university ofInhomogeneously brescia, broadened italy optical transitionsnitrogen-vacancy of centers in diamondployed may be to em- band-gap attain structures all-optically thatprove tunable can 15:20 light storage be photonic memory efficiencies devised devices. in to solids im- quantum THU3A.1What is thethe main factor extent whichband of determines structure of N III-Vconductor induced dilute alloys? nitride disorder semi- in the 14:40 , , 1 1 BASF Klaus Imperial 2 Michel Alessia 2 Radboud , 1 Christian 2 , • 3 — , and 4 2 — Wim Noorduin DSM, Geleen, The 3 , General Conference of the Condensed Matter Division of the European Physical Society 1 nd Willem van Enckevort 22 Syncom BV, Groningne, The Donna Blackmond , 4 Bernard Kaptein Aula Magna Institute of Physical and Theo- , 1 1 2 Richard Kellogg , 3 Peter Broekmann — Elias Vlieg • , 1 , and 1 4 — Netherlands We haveenhanced found Ostwald ripening a tosingle produce method handedness crystals starting of based fromand on right-handed a crystals. mixture attrition- of left Netherlands — Aktiengesellschaft, G-CAE/WED-M320, D-67056 Ludwigshafen, Germany ElectroChemical Atomic Layer Epitaxy (ECALE), a promising routefilms, was towards applied ultrathinAu(100). to compound Structure, prepare stoichiometry Cu-sulfide andthese stability films of films on was determinedcyclic with voltammetry. in-situ STM and University Nijmegen, The Netherlands — College, London, UK — Schlaup Wandelt retical Chemistry, Universitystr. of Bonn, 12, Wegeler- D-53115, Bonn, Germany — THU3M.2Formation of ultrathin copperon sulfide films Au(100) from solution 15:20 Leeman Millemaggi THU3M.1 (Invited)Chiral purificationing using Ostwald ripen- 14:40 Hugo Meekes Toshiko Izumi

Thursday eddpnetpraetadvboi mixing 15:20 interactions. vibronic phonon and includes and It experi- permanent proposed. main is field-dependent the CsFe8, in for features spin- accounting mental fully field-induced molecu- wheels, antiferromagnetic lar of in instabilities theory mixing microscopic , The Chemistry Belgium Leuven, Physical Leuven, and of University Quantum of Division wheels instabilities Soncini molecular Alessandro spin-mixing antiferromagnetic in of Mechanisms THU3F3.3 15:00 at and field pressure magnetic in helimagnets Cubic THU3F3.2 was field. transitions magnetic pulse spin- phase in limit.The studied temperature magnetic high parameters reorientations 14:40 in process relaxation found Spin were studied. are an- the Mn[C of properties tiferromagnet magnetic and spectrum Lenin EPR 47 Ukraine kharkov, Physics 31103 temperature Ave. Low for Institute Kobets Mikchail transi- (COO)] Mn[C phase two-dimensional quasi magnetic in tion and dynamic Spin THU3F3.1 r acltd rgno unu hs transi- discussed. phase is quantum MnSi of in gap tion Origin spin-wave to calculated. contribution are negative and energy anisotropic deformation, Lattice helimagnets considered. cubic is in interaction Magneto-elastic Peters- Russia St. 188300, Gatchina, burg Institute, Physics Nuclear Khrustalev 2 *2H — and , • 2 egyMaleyev Sergey O 22 , — ooii Pashchenko Volodimir ua3 Aula • 10H ueeKhatsko Eugene nd osatnDergachev Konstantin and 6(OH)(COO)] eea ofrneo h odne atrDvso fteErpa hsclSociety Physical European the of Division Matter Condensed the of Conference General • ii Chibotaru Liviu Petersburg — , 10 2*2H Vitalij H 6 (O) 2O — — — , ag orltosadi,hne complementary long- schemes. hence, cluster-DMFT of is, to inclusion and the correlations for approx-range allows vertex Our (DΓA), dynamical imation coined research. approach, condensed-matter new of at is frontier DMFT the beyond correlations spatial Treating Austria Technol- Vienna, of ogy, University Vienna Physics, State Solid — Russia Ekaterininburg, Physics, H34315:20 — Germany Stuttgart, Dynamical 1 Katanin beyond Andrey Theory Approximation: Field correlations Mean Vertex spatial Dynamical The THU3F4.3 fluctuations. the of to incorporation criti- the compared the by suppressed DMFT model, is Hubbard Néel temperature 2D cal the cor- For nonlocal to approach relations. susceptibilities fermion calculate dual the to within scheme a propose We 15:00 Netherlands The 6525 Nijmegen, 119992 Nijmegen, AJ of University, University Radboud Materials, State — Russia Moscow Moscow, Physics, Ham- — of of Germany University Hamburg, 20355 Physics, burg, Theoretical Lichtenstein of tute I. Alexander Rubtsov susceptibility fermions to Hafermann lattice correlated approach of fermion Dual THU3F4.2 demon- temperatures. are low 14:40 estab- algo- precision very and at the Carlo strated efficiency Monte High of quantum rithm. based implementation Hirsch-Fye theory, multigrid impurity lished mean-field a exact dynamical numerically on for new solver a present Mainz, We 55099 University, Germany mean-field Gutenberg dynamical Monte Johannes for quantum theory method Hirsch-Fye Carlo Multigrid THU3F4.1 a lnkIstt o oi tt Physics, State Solid for Insitute Planck Max — 2 , • isBl Nils 1 , ihi .Katsnelson I. Mikhail egyBrener Sergey 1 , 2 umer ua4 Aula ¨ 3 and , nttt o oeue and Molecules for Institute — • nttt fPhysics, of Institute — lsadoToschi Alessandro ase Held Karsten 2 nttt fMetal of Institute 1 1 — , — 3 2 nttt for Institute Department lxiN. Alexei • 1 Hartmut .Insti- I. 3 and , 1 , 3 — 1 , 71 n neldtentr ftemta interaction mutual the individuals. of between groups nature the the of unveiled properties and el- the thousands analyzed of We of flocks ements. positions starling 3D in the birds time 14:40 individual first the for measured We Italy A. Rome, P.le 00185 Sapienza, 2, La Moro Rome of University of Physics, investigation ardina empirical behaviour. animal an collective flocks: star- of ling reconstruction Three-dimensional (Invited) THU3F6.1 H36215:20 perspective indi- collective velocity: and wind vidual of modeling Statistical THU3F6.2 ytm a eue orpouepoete fthe of series. properties time reproduce complex investigated to of used tools be that can show systems different We at Sicily. in recorded locations velocities wind of statistical multivariate properties Italy and delle univariate - discuss Palermo Viale We I-90128 - - - Ed.18 Palermo Relative - Tecnologie Scienze di studi e degli Università Fisica di Dipartimento lon Bivona , aieGurrera Davide , M eteCRIF,Dp.of Dept. CNR-INFM, Centre SMC — • ivniBonanno Giovanni ua6 Aula and , lui Leone Claudio , icroBur- Riccardo — • — rn Gi- Irene Saverio · — hrdy2 uut2008 August 28 Thursday

Thursday , 1 — — — 1 INFM- 1 Massimo Safarali , — 2 , 1 2 , , 1 2 , 1 Andrea Bertoni Rinaldo Trotta • • — — Alexandr Ayriyan Aula 1 Guido Goldoni , Elisa Molinari 1 , and 2 Institute of Nuclear Physics, Tashkent, 2 , and 1 Dipartimento di Fisica, Universitàdi Modena 2 Ermuhammad Dushanov Joint Institute for Nuclear Research, Dubna, THUp.SUP.3Extrinsicthe Carrier• AnisotropicDzhumanov Self-Trapping Polar1 Materials in Russia — 16:30 Uzbekistan Using the continuumproximation, the model ground-state andholes energies adiabatic of in doped ap- the hole-doped cuprates are calcu- THU3F1.4Spin-orbit Inducedation Triplet-singlet of Multielectron Relax- Spindrical States Quantum in Cylin- Dots Juan Climente Rontani CNR S3 National Research Center,— Modena, Italy e Reggio Emilia, Modena, Italy Triplet-singlet relaxation indots cylindrical containing few quantum interacting electrons isnumerically studied via direct diagonalization 15:40 ofand Coulomb spin-orbit interactions.duced by The thelored transitions coupling by with in- magnetic phonons fields. can be tai- THU3F1.5From defect-engineering toing and nanostructur- tride polarization semiconductors controlCNISM-Dipartimento of di Fisica, dilute Sapienzasitàdi ni- Roma, Univer- P.le A. Moro 2,Hydrogen-based 00185 defect-engineering Roma, Italy oftrides dilute (GaAsN) ni- nanostructures is and employed to controlemitted to the photons fabricate polarization via tailoring of erted novel the at strain the fields interfaceshydrogen-containing between ex- planar hydrogen-free regions. and 16:00 Thursday 28 August 2008 — · Dpto. de I+D, 2 — School of Chem- Frank Heilmann • Dpto. F´ısica Aplicada, — 1 — 1 Aula Conversi Wenbing Hu • — ardo Domarco Universidad de Vigo,Lagoas, 32004 Facultad Ourense. de Spain — Ciencias, As Laboratorio Oficial de Galicia, Metrolox´ıade Par- que Galicia, Tecnolóxicode San Cibrao dass/n, Viñas 32901 Ourense. Spain Flux creep phenomenonin over high-TC a superconducting long ringscurrent was time was studied. period induced A inprocedure samples by and a field-cooling themeasured using resulting a Hall current probe. decay was istry and Chemical Engineering,sity, Nanjing, Nanjing China Univer- We reportcrystal molecular growthtion, simulations regime exhibiting of transitions,crystallization molecular self-poisoning, polymer of andchain segrega- lengths, binary co- which provide mixtures usthe more kinetics insights of of into polymer different crystal growth. BASF SE, 67056 Ludwigshafen, Germany Bead-spring modelsmonomers/oligomers are includingstance presented. data multipoles is PureMixture for reproduced data sub- extremely islations accurately. predicted. areDensity-of-states-based mapped Monte MC onto is Carlo employed. an simu- equation of state. THU3C.4Molecular visualization ofgrowth polymer crystal 16:00 THU3C.3Predictive Monte Carlo:Equations Multipoles Of State Meet 15:40 72 and Rettorato Ecole Ger- Guil- Saeed 4 , and , 1 Higinio 2 , 3 , 1 Max Planck , and 3 1 ı ´ Thomas From- , Christian Doppler 1 5 Iria Quelle Jozef T. Devreese ıs Roman ´ • Linz Institute for Organic • 1 — Theoretische Fysica van Lu Mateusz Bednorz — — , — , 4 2 2 Aula Amaldi Gebhard Matt • Institute for Semiconductor and Solid Serdar Niyazi Sariciftci 2 — Konarka Technologies, Linz — Christoph Lungenschmied 3 m) based on a silicon/fullerene hetero– , 5 µ , ´ alez-Jorge 2 ¨ unther Bauer THUp.SUP.2Persistent current stabilizationsuperconductors in high-Tc 16:30 University, Piscataway, NJ USA — Institut Stuttgart, Stuttgart, Germany We theoretically analyze some ofthe the optical anomalies of sumrules inperconductor. the We find high-temperature many su- can nice find things in that you the extended abstract Gonz G Solar Cells (LIOS),Austria Johannes — KeplerState University, Physics, Johannestria Kepler — University, Aus- Nationale Superieure dede Chimie Bordeaux et (ENSCPB)Laboratory de — for Physique SurfaceUniversity, Austria Optics, Johannes Kepler Here we report on(1.1-3 a novel IRjunction. light sensing It device willinterface be causes shown the that IR the photo–current. natureTHU3A.5 of the Optical Conductivitylytic of Approaches Polarons:Serghei N. Klimin Ana- de Vaste Stoffen (TFVS), UniversiteitB-2020 Antwerpen, Antwerpen, Belgium Recent optical measurements ofrials perovskite stimulate mate- ahave derived new an interest analyticallycoupling to limit exact polaron polarons. in opticalis the conductivity, which in strong- We a good agreement with Monte Carlo 16:00 results. THU3A.4Detection ofwith near an to organic/inorganicjunction hybrid mid hetero– infrared light Zamiri 15:40 herz laume Goncalves — SMC SMC, 1 , and 1 Arrigo 2 Rutgers — 2 Massimo — • 2 , 3 1 Alessandro — , 2 General Conference of the Condensed Matter Division of the European Physical Society CNR-INFM S3 National 1 Simone Fratini nd — Stefano Corni 22 • and 3 Aula Magna 1 Alessandra Catellani Giorgio Sangiovanni — , Luca de’ Medici 1 Institut Néel- CNRS and Université Dept. of Physics, University of Modena 2 , , and 3 1 3 CNR-IMEM Istituto dei Materiali per 2 Sergio Ciuchi THUp.SUP.1Several Interesting Things 16:30 Francesco Iori 16:30 – 18:40 Superconductivity andSystems Highly-Correlated - Poster Session Capone Toschi CNR-INFM and University of RomePiazzale La Aldo Sapienza, Moro 2, 00185, Roma — Research Center ontems nanoStructures and at— bioSys- Surfaces,l’Elettronica IT- ed il Magnetismo, 41100Italy IT- — 43010 Modena, Parma, Italy Calzolari and Reggio Emilia, IT- 41100The Modena, water Italy - Au(111)several interface phenomena, is including fundamentalteractions for protein-surface mediated by in- water.sical We performed molecular clas- dynamicstem, simulations of analyzing this goldsurface sys- water wettability structure. in terms of the • THU3M.4Diffusive dynamicslarons in organic ofwith single-crystal highly transistors polarizable interacting gate dielectrics po- 16:00 Center anddell’Aquila, Dipartimento via Vetoio, I-67010 di Coppito-L’Aquila, Italy Fisica — Università Joseph Fourier BP 166,9, F-38042 France Grenoble Cedex We explain source-draincrystal characteristics rubrene-based FETs of with single aizable strongly gate polar- dielectric byport means of mutually of interacting diffusiveence electrons trans- of in strong the pres- electron-phonon interactions. THU3M.3Liquid water-Au(111)by interface: classicallations. Insights molecular dynamics simu- 15:40

Thursday oiehsbe efre n te h measured the magne- fitted data. and com- performed apparent the been has in an posite calculation forces show Dipolar field tostriction. homoge- and magnetic external an nous to submitted matrix elastic, an within embedded particles Capelle, Ferromagnetic Jean France avenue cedex, Villeurbanne 7 69621 Pascal, Blaise Batiment vnedsmrys302Geol,Fac — — France France Grenoble, 38042 Grenoble, 38042 martyrs 2 des avenue vsCavaille Yves inof roles. A understanding anisotropy full out-of-plane and stresses. provides resulting preparation model varying vector and thin by thickness tailored amorphous conditions, been FeSiB have in films perpendicular anisotropy and magnetic transition reorientation (TO), Spin Torino 10135 91, Cacce Italy delle Strada sion, Celegato HpSP416:30 on bosons core hard lattices of 2D temperature diagram finite phase and Thermodynamics THUp.SUP.4 the carriers. between pairing correlation and interactions, long- dopant- phonon and and carrier-dopant short- carrier-phonon, range the treating variationally, lated 16:00 Composite of • Magnetostriction Giant THU3F3.5 15:40 Sputtering Vinai Produced Franco RF Reorientation Films Thin Spin by FeSiB and in Transition Domains Stripe THU3F3.4 Poltavskaya tni Chishko stantin ...... 2 vnedsmartyrs des avenue 25 C.N.R.S. C.R.E.T.A., idsDiguet Gildas NI,Eetoants Divi- Electromagnetism INRIM, — — , , 3 al Tiberto Paola grPoltavsky Igor ain Antsygina Tatiana 1 , .Vri nttt o Low for Institute Verkin B. — 22 — rcBeaugnon Eric ua3 Aula nd 1 ...... 25 C.N.R.S. C.R.E.T.A., — eea ofrneo h odne atrDvso fteErpa hsclSociety Physical European the of Division Matter Condensed the of Conference General 3 .....,I.N.S.A. M.A.T.E.I.S, • ac Coisson Marco and , and , 2 and , , Federica • Marina Jean- Kon- — , h ui csa esrmn eiefrteim- the for device perspective measurement purity. alternative as an acts qubit In the non- ef- identifed. back-action impurity are quantum of fects and Signatures behavior in Gaussian qubits. impurities state coherent of solid effects characterize We Ger- Stuttgart, many. D-70550 Stuttgart, Universitaet — Genova, 16146 CNR-INFM, Italy. LAMIA & Genova di hmce nvria iCtna 52 Cata- 95125 — Catania, Italy. di Fisiche nia, Universita’ Metodologie Chimiche, di e Dipartimento & Catania sys- electronic correlated situations strongly Both tems. in energy. Coulomb- arise the with often in short- singularity systems of negative cusp and a systems in aspects compressibility separation range universal phase frustrated discuss 2, Moro Aldo We P. Italy Sapienza”, Roma, ”La 00185 00185 Roma 2, di Moro Studi Aldo — P. Italy per Studi Sapienza”, Roma, Universitá degli Via ”La Fisica Roma Lecce, — di di di Italy Dip. Lecce, ISC-CNR, Sez. 73100 INFN Arnesano, and Salento del H34516:00 qubits and state solid Paladino ef- in impurity coherent fects of Characterization THU3F4.5 15:40 Leiden, RA — 2300 Netherlands 9506 The Postbus Leiden, versiteit 1 • separation phase Coulomb-frustrated for classes Universality THU3F4.4 ae noaccount. are into neighbors taken nearest next between and attraction neighbors the nearest between formal- repulsion The function Green ism. two-time an- calculated using are alytically lattices 2D on of bosons diagrams hard-core phase and functions Thermodynamic Ukraine Lenin Kharkov, 47 61103 Engineering, Ave., and Physics Temperature nttt-oet o hoeia hsc,Uni- Physics, Theoretical for Institute-Lorentz Jos Lorenzana e ´ lihWeiss Ulrich 1 3 , I ntttfe hoeicePhysik, Theoretische fuer Institut II. ar Sassetti Maura 2 iatmnod iia Universita’ Fisica, di Dipartimento 4 i.d iiaUniversitá degli Fisica di Dip. 3 and , ua4 Aula 3 2 — i.d iiaUniversitá Fisica di Dip. — al iCastro Di Carlo 1 amn Ortix Carmine AI CNR-INFM, MATIS 2 , ispeFalci Giuseppe — 3 • SMC-INFM, Elisabetta 3 1 , Rettorato 4 , 2 , — 3 1 , , 73 H36315:40 species competing two Cognata a dynamics in flight Lévy THU3F6.3 e Dubkov der icpiayPyis il el cez,I-90128 — Scienze, Italy delle Palermo, Viale Physics, Inter- disciplinary of and Group Palermo, Palermo Unità di CNISM-INFM, Università di Relative, Tecnologie foeseisi nlzda ucino noise of function a as analyzed is intensity. and species time one parameter extinction of Mean interaction equa- Lévy noise. random multiplicative Lotka-Volterra with generalized tions, by species competing described two of dynamics the Ave., analyze We Gargarin Russia 23 603950, Novgorod Novgorod, Nizhniy Nizhniy of versity HpSP516:30 cou- the of the state hard-core chains. of phase pled attractive new means a effective the induces pro- An interaction by is ansatz. exactly chains Bethe solved free-fermion and coupled posed of model Ukraine A Kiev, 03142 36, Street sky interaction naukhov hard-core attrac- effective tive with state liquid Luttinger THUp.SUP.5 1 nttt fMtlPyis Vernad- Physics, Metal of Institute — , enroSpagnolo Bernardo — 2 • aieValenti Davide — 2 ..LbcesySaeUni- State Lobachevsky N.I. ua6 Aula 1 iatmnod iiae Fisica di Dipartimento — 1 1 and , , • neoLa Angelo grKar- Igor Alexan- · hrdy2 uut2008 August 28 Thursday HpSP616:30 and low for both valid BEC. is energy which high obtained rela- is general A tion Bose-Einstein phenomena. (BEC) in condensation potential the interaction on depends two-body energy Italy how Florence, investigates work 51100 This 140, Panche delle via En- ber, High and BEC Low for ergy State of Equation An THUp.SUP.6 — • ioBarbarani Vito P mem- EPS —

Thursday — — , and Giuseppe • Bernardo — National — Departa- — , and Vladimir Pryadun Rosa Lopez — Moscow State Univer- , • Viorel Sandu • — — — Institute of Physics, MInstP Davide Valenti — Dipartimento di Fisica e Tecnolo- , Enzo Bonacci Tatyana Voloshok Spagnolo gie Relative, Universitàdi Palermo, andINFM, CNISM- Unità diciplinary Palermo, Physics, GroupPalermo, Viale Italy of delle Interdis- Scienze,We analyze I-90128 theon effects the of transient a dynamicsJosephson of colored junction a subject noise short to periodic source overdamped a signal, long and Josephsonof junction the within sine-Gordon the approach. framework ment de Fisica,07122-Palma Universitat de Mallorca de (Spain) lesWe Illes investigate electronic Balears, transport throughgle a molecule sin- in aregime strong and electron-phonon propose coupling anhance experimental set-up the to visibility en- of pair tunneling effects. Augello THUp.SUP.19Nonmonotonic Flux-Flowneous Superconductors in belowtion the Threshold Inhomoge- Percola- Institute of MaterialsRomania Physics, Magurele, 077125 Flux flow resistivity aboveanalyzed critical temperature based is ontemperature increased superconductors evidences are that intrinsicallyhomogeneous high in- and local nonpercolatingducting 16:30 domains supercon- persist far aboveature. critical temper- THUp.SUP.20Condensed matter• properties in 6d 16:30 THUp.SUP.16Thermopower of Yb1-xCexInCu4 alloys Nikolay Mushnikov sity, moscow 119991, russia ThexCexInCu4 thermopower alloyswere measurements (x performed in =K. a of It temperature 0, was range foundby Ce-ions 0.12, that 4 Yb1- lead the * to substitution the 0.16,sign. 16:30 170 change of of Yb-ions the 0.20) thermopower THUp.SUP.17Pair tunnelingsingle and molecule shot noise through a THUp.SUP.18 16:30 Correlated thermaland fluctuations long Josephson in junctions short 16:30 • 3 Thursday 28 August 2008 O 2 · Cris- Istituto 8 The Ab- Michele Alberto 2 • , 1 International , and Dipartimento is driven from 1 1 1 — — CNR-INFM- Alessio Filip- 3 • — — O 2 1 2 — Paolo Barone • N. Lanata — Arianna Montorsi , and , 2 Vincenzo Fiorentini , 2 , 1 1 and Dipartimento di Fisica, Universitàdi Bologna, este S.C.p.A., S.S. 14Park, Km 34012 163.5, Basovizza in Trieste,di Italy Area — Science FotonicaCineto e Romano 42, Nanotecnologie, 00156 Roma,We IFN-CNR, Italy measure Via theand infrared observe conductivityLDA+DMFT of a we V show pseudogap that V above 425K. Using tian Degli Esposti Boschi THUp.SUP.14Fermi-surface evolutionnetic across phase thetice transition mag- model. in the Kondo lat- 16:30 THUp.SUP.15Characterization of the quantumagram Phase of di- the one-dimensionalextended bond-charge Hubbard model 16:30 the metallic totransition as the temperature insulating increases. side ofTHUp.SUP.13 the Mott Ab-initio hole localizationlaron and in singletpetti po- 1D cuprates 16:30 Fabrizio School for Advanced StudiesINFM-Democritos (SISSA) National and CNR- Via Simulation Beirut Centre, 2-4 34014 Trieste, Italy — Anfossi SLACS and PhysicsItaly Dept., Cagliari University, We present anscription of ab-initio spin-compensated band-theory-based polaronshole-doped in de- cuprate the 1D CaYCuO.sulating They undoped turn antiferromagnet thesulator, into in- a a metallic gap paramagnet,sulating in- and diamagnet. finally an indus Salam InternationalPhysics Center (ICTP), for P.O.Italy Box Theoretical 586, I-34014We Trieste, derive the phase diagrammodel of by the means Kondo of lattice function. an We extended find Gutzwiller that wave- plays generically an the f-electron modeldisentangle Mott dis- from localization the onset which of may magnetism. di FisicaDuca del degli2 Abruzzi Politecnico 24, I-10129 and Torino,viale CNISM, Italy C. Berti-Pichat — Corso 6/2, I-40127We Bologna, characterize Italy thephase zero-temperature diagram quantum charge extended of Hubbard model the at half-filling. one-dimensional bond- 74 , , 5 2 — — , 1 An- Rettorato 5 3 Jozef , Lyman • 6 INPAC, Philipp 2 , Giorgio , 3 Massimo 5 • 2 , 1 , 2 — Division of , — 1 Sincrotrone Tri- 7 3 Stefano Lupi O 2 V Daniele Nicoletti Jacques Tempere Isaac Silvera , 3 , and , , 8 — 1 7 Victor Moshchalkov , 5 Alessandro Toschi Karsten Held Liviu Chibotaru • , Leonetta Baldassarre 1 , , and — 1 , 1 SMC, CNR-INFM and Dipartimento 4 , 3 3 Institute for Solid State Physics, Vienna 2 ISC-CNR, Via deiCNR-INFM Taurini COHERENTIA 19, and Roma, Dipartimento Italy — Experimentalphysik 2, Universität Augsburg, TFVS, Universiteit Antwerpen, Groenenborger- Max-Planck Institut für Festkörperforschung, Devreese di Fisica,Piazzale Università di Aldo4 Roma Moro “La 2,5 Sapienza”, I-00185 Roma, Italydi — Fisica,Piazzale Università di Aldo6 Roma Moro “La 2, Sapienza”, I-00185D-86135 Augsburg, Roma, Germany — Italy — 1 laan 171, 2020Laboratory Antwerpen, of Belgium Physics, Harvard — bridge, University, Cam- Massachusetts 02138, USA — Michele Ortolani 1 Heisenbergstr. 1,— D-70569 Stuttgart,University Germany oftria Technology, — 1040 Vienna, Aus- ter behavior. We discusshavior if can a arise superconducting by be- a purely electronic mechanism Vladimir Gladilin K.U. Leuven,Leuven, Belgium Celestijnenlaan 200Using D, theequations, B-3001 we derive time-dependent phasevortex diagrams states for on Ginzburg-Landau different sphericalanalyze superconducting shells, the topologicaline flux the pinning, decay anda of vortex exam- giant lattice. and ring-like vortices into THUp.SUP.11Spin-vibronic superexchangeical and dynam- vibronicfullerides order inQuantum ammoniated and cubic PhysicalUniversity of Chemistry Leuven, and Leuven, Belgium INPAC, The groundthe state cubic and fullerideby low-lying Li3(NH3)6 excitations C60 a arespin-vibronic in new governed superexchange type betweenfullerene 16:30 sites. neighbour of exchange interaction,THUp.SUP.12 the Quasiparticlegap evolutionSangiovanni formation andHansmann in pseudo- Capone drea Perucchi 16:30 THUp.SUP.10Vorticesing on nanoshells spherical superconduct- 16:30 , 1 Jan , and Wolf- 3 Tobias , , Christa 1 , Michele 1 Vladimir 1 , Yaroslav , 3 , , and 3 2 Enrico Per- , Sergey Dub 2 , 1 , 2 , and Atomic Institute of the General Conference of the Condensed Matter Division of the European Physical Society 3 L.V. Kirensky Institute 1 nd Nina Sergienko Tatiana Prikhna Siberian Federal University, — , • 2 Stefano Bellucci Harald Weber 1 22 1 Maksim Korshunov • Michael Eisterer , — 2 , , 2 Institute for Superhard Materials — 2 , 1 Doris Litzkendorf 1 Michael Wendt — , , 1 2 2 — INFN-Laboratori Nazionali di Frascati Sergey Ovchinnikov Pasquale Onorato • Max-Planck-Institut fur Physik Komplexer , 3 Institut fuer Photonische Technologien,, Albert- Habisreuther Schmidt Dellith of the National Academy2 of Avtozavodskaya Sciences Street, [email protected], Kiev, Ukraine, 04074,2 [email protected] Ukraine, — Einstein-Strasse 9,[email protected] — Jena,Austrian Universities, D07745, 1020 Vienna,[email protected] Germany, Austria, we- The reasons for thetion in high magnesium critical diboride*- current basedtors superconduc- origina- synthesized underhigh high temperature pressure (1073Kwith (2 -1323K) Ti, GPa) Ta, without - tion. SiC and additions are under considera- Cini fetto We considerBlockade and the Luttinger Liquid crossoverNanotubes, regime and in between magnetic Carbon field Coulomb effects on the lat- av. Svobodnyi— 79, Krasnoyarsk 660041,Systeme, Russia Nothnitzer Str.Germany 38, D-01187 Dresden, Electronic structure ofLDA+GTB LSCO approach in is the calculated regimerelations. of with strong The cor- has low the energy form effectivephonon of Hamiltonian mechanism t-t*-t*-J* of model. pairing are Magnetic discussed. and Viktor Moshchil THUp.SUP.9Electronic transport inLuttinger carbon nanotubes: Liquidsconductivity and correlated super- 16:30 of Physics, Siberian Branch of660036, RAS, Krasnoyarsk, Russia — gang Gawalek Savchuk THUp.SUP.8On high criticalsynthesized magnesium currents diboride in -basedperconductors su- high-pressure 16:30 Elena Shneyder THUp.SUP.7Electronic structure ofelectrons strongly correlated andperature mechanisms superconductivity of— high in tem- cuprates 16:30 Gavrichkov

Thursday tt eitvte r loaaye osuythe properties. study transport electron to on analyzed effects also disorder Normal- are and compared. resistivities SiC are state samples annealed, MgB2 as as-grown, doped well Zn of as energy fields critical pinning upper and Irreversibility Italy Torino, 10125 v. 7, Torino, Giuria Università di Chemistry, Organic and ooBoaat 1 02 iao tl — — Italy Italy Lecco, 23900 Milano, 29, Sposi 20121 10129 31, 24, 3 Buonaparte Abruzzi, — Foro degli Italy Duca Torino, C.so Torino, di Mezzetti HpSC216:30 Benard-Taylor as processeses structures Institutional 16:30 the THUp.SOC.2 in point interdic- likely. tipping which increasingly a becomes beyond tion is conspirators, there of terrorists. that of number shown networks is social the It to has applied theory been percolation network Graph-theoretic UK London, conspir- Solutions, terrorist of acies size network Critical THUp.SOC.1 Complex Session and Poster - Socio-Economic Systems of Physics 18:40 – 16:30 16:30 Bassani Giunchi Giovanni Laviano Francesco Gerbaldo Roberto Infiltration Minetti Samples Liquid Bulk Mg Normal- Technique Reactive MgB2 by and of grown Properties Ef- Superconducting state Doping on Nanoparticle fects and Annealing THUp.SUP.21 field Einstein of of equations. proofs extension conse- recent six-dimensional the a quent to some in leading after three-dimensionality explanation time’s frame unitary reference gravitomagnetic a 6d find and may Pairs anomalies Cooper Condensed iuino ie Dwis nahmnniche human reaction- a the in which (Dawkins) in mimes of developed diffusion was model A Romania Bucharest, Academy, nian N-EI aoaoi iLco .oPromessi C.so Lecco, di Laboratorio CNR-IENI, — 3 1 , , • 1 odnWoo Gordon neoAgostino Angelo ivniAbroUmmarino Alberto Giovanni — — — 1 • • eto hsc,Politecnico Physics, of Dept ou Purica Ionut 2 ar Gozzelino Laura 22 DSNSA & Dept., R&D SpA, EDISON 2 , 1 nd , 1 ln Perini Elena , ispiaLopardo Giuseppina eea ofrneo h odne atrDvso fteErpa hsclSociety Physical European the of Division Matter Condensed the of Conference General ikManagement Risk — inuaGhigo Gianluca 4 et fGeneral of Dept. 4 and , P Roma- IPE — 2 1 , , Enrico Enrica Bruno 1 1 1 , , , lae e.Trn,vaP ira1 02 Torino, 10125 1, — Giuria P. Italy via Torino, Sez. cleare, 10129 24, — Abruzzi Italy degli Torino, Duca C.so Torino, di nico ikidcdjmsi h eoac curves resonance the weak- in on jumps particular link-induced and with vortex-avalanche-induced on technique, thin focus resonator by regime coplanar diboride microwave the a magnesium in investigated are in films effects Nonlinear Italy Torino, Mezzetti oe.Tesau fti itiuini h util- discussed. the is in method distribution function Ising this ity of the status 16:30 of The the result model. to physics’ leads statistical term mean-field random of distribution choice, binary logistic to approach function utility Within Poland Wro- claw, 50-370 27, Tech- Wyspianskiego of Wybrzeze University nology, Wroclaw Physics, of Institute Sta- and Systems Physics tistical Social Multi-stability: THUp.SOC.3 Chains YBCO(6+x). tran- underdoped metal-insulator the in — initio 16:30 sition ab Italy describe We University, Cagliari 2 Dept., Physics YBa$ underdoped in competition paramagnetism antiferromagnetism- and metallicity Chain THUp.SUP.23 16:30 Monticone Lopardo pina Gozzelino Andreone res- microwave MgB2 onators in effects Nonlinear THUp.SUP.22 nre Radosz Andrzej Fiorentini cenzo description ples yeascae oeouino ntttoa struc- institutional tures. of Benard-Taylor evolution to of associated stabilities type presenting equilibrium Brusselator from a far as described is (Popper) Mantega rnt olg uln Ireland Dublin, College Trinity 2$Cu$ 3 — 1 2 NI,srd el ac 1 10135 91, Cacce delle strada INRIM, 3 , 1 , 2 , 3 , 2 , — • , lsi Filippetti Alessio oet Gerbaldo Roberto inuaGhigo Gianluca 1 rnec Laviano Francesco haaPortesi Chiara 3$O$ , 2 1 2 siuoNzoaed iiaNu- Fisica di Nazionale Istituto iatmnod iia Politec- Fisica, di Dipartimento , and , — 1 — rn Minetti Bruno — • • aazn Ostasiewicz Katarzyna { iri Lopez Giorgia it Magnuszewski Piotr 1 6+x N-NMSASand CNR-INFM-SLACS } :afis princi- first a $: 3 1 and , , 2 1 1 , and , 1 , 1 2 , , hsc Department Physics Domenico 2 2 , 1 , , Eugenio , Giusep- Enrica Mauro Laura Vin- Rettorato — , 75 r lasodrdadmtli,while antiferromag- in-plane uncoupled. are x-dependent metallic, transitions insulating disorder order- x=0.25.The chain and and to are antiferromagnetic-paramagnetic up ordered planes netic always CuO2 are Tempere Lemmens 16:30 Gozzelino Laura films functional • YBa2Cu3O7-x of superconducting nanostructuring Localized THUp.SUP.24 HpSC516:30 model Heston rate stochastic a interest in pricing option Path-integral THUp.SOC.5 16:30 Minerba 16:30 Luigi problems organiza- health tion to approach mining data A THUp.SOC.4 ferro- systems type homogeneous kinetic- within or magnetism Stoner- and tivity superconduc- (un)conventional of Interplay THUp.SUP.25 Rovelli berto Minetti Bruno ein a edculdisd ie B )phase T) (B, given areas. to inside decoupled nanostructured responce be can and functional regions virgin the of excitations that prop- external deeply superconducting superconducting so change erties of can films nanostructuring YBCO Italy 3D Catania, 95125 Local 62, Sofia S. Via Sud, — Legnaro Italy 35020 (Pd), , dell’Università 2 Viale Legnaro, — Italy Torino, Italy Torino, 10129 24, — Abruzzi degli Duca Corso 1 niMula anni aao eimsz elhognzto has detail. organization in discussed health and medium-size performed of been a theory of the discharge data on standard one-year based of networks, analysis, complex mining data A Italy Cagliari, Networks, Complex Universitario, of Policlinico — — Italy Universita’ - Cagliari, Italy Department - (Ca), Health Monserrato Fisica Cagliari, di di Dipartimento SLACS, eateto hsc,Pltciod Torino, di Politecnico Physics, of Department oet Gerbaldo Roberto 2 NN-Sz oio i .Gui ,10125 1, Giuria P. Via Torino, Sez. - INFN 1 1 , and , 1 , 3 and , ihe Wouters Michiel 4 2 NN-Lbrtr ainl del Nazionali Laboratori - INFN 4 3 1 , — and , 3 3 NN-Lbrtr ainl di Nazionali Laboratori - INFN , 2 iklb-Cne o h Study the for Center - Linkalab , vnFoulon Sven 1 , lsadoChessa Alessandro ioaPerra Nicola , • 2 oet Cherubini Roberto inal Cappellini Giancarlo , 1 , rnec Laviano Francesco niaMezzetti Enrica 2 , inuaGhigo Gianluca 2 — 1 1 , , — 3 • — Damiaan Jacques 1 1 2 1 TFVS, , 3 Public 1 3 CNR- , , , 2 · Al- 1 1 1 Gi- , , , — — hrdy2 uut2008 August 28 Thursday 2 3 2 , , , rcsi etn hr ohteitrs rate suited interest exotics. uniquely path-dependent the is pricing It both for stochastic. where are volatility setting and a option in obtain presented prices to Monte-Carlo) is with checked scheme (and calculation path-integral — A Belgium Belgium Antwerpen, Bank, of University e pedn rcse nteenetworks. size these local-world in stud- processes the have spreading We ies of disassortative. to change transformation assortative the from a networks with such occurs is In competition nodes introduced. with networks Local-world Dubna, Man, and Russia Society Nature, for University jiev form. submission the fill properly to missed I Italy — Aversa(Ce), I-81031 Italy — Napoli, Italy di Pisa, Napoli, I-56126 di Università riore, I-80126 Fisiche, II, Scienze 2 Federico Napoli Dip. and entia Carillo rnec Tafuri Francesco Stornaiuolo n hetero-structures and a,CRIF,Brnsi(A,Iay— Italy (SA), — versità Salerno di Baronissi CNR-INFM, 2 Mat, Gentile Zhou Qiang Ying Zu-Jian yepiigadSFblyrwt rpe -or p- triplet with bilayer pairing. d-wave S/F singlet singlet and with ferromag- pairing systems homogeneous type itinerant in (F) and netism (S) (un)conventional of superconductivity competition the consider We China Peo- of 400044, Republic ple’s Chongqing University, — Chongqing Italy 34014 Democritos 2-4, Trieste, Beirut INFM via Center, and Simulation National (SISSA) Studies vanced HpSC616:30 in Compe- Processes tition Node with Spreading Networks Local-World and Robustness THUp.SOC.6 16:30 nanostructures Papari YBCO THUp.SUP.26 ETIF-N n coaNraeSupe- Normale Scuola and INFM-CNR NEST iatmnod iia“.R aailo,Uni- Caianiello”, R. “E. 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Thursday 1 — and 1 Ste- and 2 , Juan Car- 1 , Rousse Univer- 1 1 — 2 Boryana Todorova • Luis Miguel Varela INFN, Laboratori Nazion- — Institute of Physical — 1 Werner Stadlmayr ´ us Carrete • — , and Jes 1 — 2 • Pasquale Onorato • — — ‘a di Napoli, 81031 Aversa (CE), Italy. \ Todorka Stefanova Departamento de Fundamentos da Análise Dip. Ingegneria dell’Informazione, Seconda 2 2 Rousse Universitet, Rousse, 7017, 8 Studentska Departamento de Materia F´ısicada Condensada, Norbert Memmel Chemistry, UniversityInnsbruck, Austria ofLow-energy Innsbruck, ion-scattering is A-6020 appliedfilms to on study Zn were Pd(111), reported. for At temperaturesdata which of indicate 300-550 conflicting a K slightlysupporting our results buckled a 1:1 recent surface XPS alloy, study. and sitet, Rousse, 7017,2 8 Studentska str. Bulgaria — str. Bulgaria Places for analysisand of controlled coastal indexescarried water of out, of the are thesystem selected analysis, river by of we using criteria. have are an presented. worked The out results and conclusions los Reboredo 1 Universidade de Santiago— de Compostela, Spain Económica, Universidade de Santiagopostela, Spain de Com- The propagation of new informationtinuous order-driven across stock a market, con- modelledAlbert-Barabasi as an network, is computationally simulated in order toGaussian analyze and the non-Gaussian transition behaviours. between THUp.SUR.4Growth,Zn/Pd(111) Stability and Structure of 16:30 THUp.SUR.5Spin Halltronics effect, in spinodevices currents ballistic and lowfano spin- dimensional Bellucci nan- ali di Frascati, P.O.— Box 13, 00044 Frascati,Universit Italy 16:30 THUp.SOC.14Ecological Monitoring ofters the of the Coastal RiverRousse Wa- Danube * in Bulgaria the District of 16:30 THUp.SOC.15Transition BetweenGaussian Stock Non-GaussianInformational Market Shocks: and BehaviourAnalysis After Complex Network 16:30 , , 2 Thursday 28 August 2008 The Do- · 4 Dept. , 3 Chantal Gerardo , Bernardo 1 Daan Frenkel , and , , and 3 Dept. of Chemistry 1 Davide Valenti • — , 5 , 4 F.O.M. Institute for Atomic 2 — Institute of Physics, National Marcelo del Castillo-Mussot • Eduardo Sanz , Tatyana Zykova-Timan — Dipartimento di Fisica e Tecnolo- 2 — • — Erio Tosatti Nicola Pizzolato SISSA and INFM/Democritos, Via Beirut 2-4, THUp.SOC.13Three-bodyForming InteractionsFernando in Samaniego-Steta Coalition 16:30 THUp.SUR.3Irreducible finite-sizefree effectsdata. energies in surface from crystal-nucleation 16:30 THUp.SOC.12Stochastic model forcerous an cells ecosystem in of— Chronic can- Myeloid Leukemia Spagnolo gie Relative, UniversitàdiScienze, Palermo, Ed. Viale 18 - delle The 90128 Palermo, dynamics ITALY ofby cancer considering the progression stochastic evolution is ofulations 16:30 cell modelled which pop- can experienceSeveral genetic scenarios mutations. in theleukaemic evolutionary dynamics cells of areelled described therapies. for different mod- Garcia Naumis Valeriani minique Persano Adorno Autonomous UniversityApartado of PostalMéxico 20-364, México (UNAM), 01000 México D.We present F., ainteractions study in of the process theand of effects we coalition of apply formation, of the three-body the model Iraq to war. a simplified scenario and and Applied Biosciences,Switzerland ETHZ, — 6900 Lugano, and MolecularSJ Physics, Amsterdam, Kruislaan The 407, Netherlands 1098 — of Physics,5, Utrecht 3584CC University, Utrecht, Princetonplein The Netherlands — Abdus Salam5 I.C.T.P, 3401434014 Trieste, Trieste, Italy Italy — Our work highlightstudies are the used factfree energies, to that the estimate analysis cannot ifsical solid-liquid be based nucleation nucleation surface on theory clas- butmicroscopic must theories. make use of the 76 , , 1 2 ´ og Physics Department Francesco • — Soo Yong Kim The H. Niewod- 1 , 1 Dariusz Twar , — Department of Physics 2 1 , 3 1 , 1 — Department of AST, East 3 3 ´ nski Kyungsik Kim • — Dipartimento di Scienze Fisiche Jagiellonian University, Institute of 2 — Department of Physics, KAIST, Daejeon 2 Piotr Zieli Cracow Technical University, Institute of Dominik Trzupek Enrico Scalas 3 • niczański Institute oful. NuclearPoland Physics — RadzikowskiegoPhysics, PAN, ul.Reymonta 4, 152,— 30-059 Kraków,Poland 31-342Physics, ul. Kraków, Poland Podchorazych 1,Elastic 30-084 constants are evaluated Kraków, asternal functions stresses of in ex- modelbands of for auxetic. bulk Absolute latticetions stop waves for and surface dispersionby waves rela- stress. are shown to be tunable and Pukyong National University, Busan 608-737, Ko- rea — 305-701, KoreaPiedmont — University, Alessandria 15100, Italy We investigate four financial networks inTSE, the KSE, CSM, andlations and NYSE, scaling usingcross-correlation, arguments. numerical degree simu- density We distribution, present estimated and the numericallygraph. edge from the market THUp.SOC.11Lost Work, Extraduction Work for and a Entropynano-stepwise pro- system Carnot with complexity: cycle di the Liberto Universitàdi Napoli *Federico II* INFN-di Sezione Napoli, Cnism-CNR-INFM,Italy [email protected] Unitàdi fax + Napoli 39Lost 081 Work, 676346 andevaluated Extra for Worknano-stepwise 16:30 a are Carnot cycle, process analyzed ameans cycle and with performed of by N complexity: verymoved small from weights the the added piston. and the re- carbides and nitrides) formationductive from materials electrocon- by electroerosiondiscussed. dispersion are THUp.SUR.2Effect ofand surface external— properties stress of auxetic on crystal phononic 16:30 THUp.SOC.10Dynamical Financial Networks in Financial Markets and 16:30 . 1 — — Jie- ˆ onio 3 — Petro , 2 2 Institute Mykola , , Ant 2 1 2 • — Pernam- Institute of — 2 — Sai-Ping Li General Conference of the Condensed Matter Division of the European Physical Society , Sun-Chong Wang 1 nd — Department of Physics, Roman Shekera Tetiana Prikhna • 22 , 2 , , and 1 , and Giovani Vasconcelos 2 1 and Chung-I Chou • Farinaz Roshani Department of Physics, Chinese Culture Uni- Institute of Systems Biology and Bioinformatics Talanchuk Open International Universityopment of Ukraine, Human Devel- 1g04071, Chorevaya Ukraine, Street,for [email protected] Superhard , Materials — of Kiev, of the National Sciences Academy of Ukraine,Kiev, 2 04074, Avtozavodskaya Ukraine, Street, [email protected] The regularities ofand submicron nanosized spherical structures (Fe, powders Co, Cu, Ni, Al, CuO, Sn, aluminum Ti, oxide, tungsten Ta, carbides, 16:30 – 18:40 Surface, InterfacePhysics II and - Poster Low-Dimensional Session THUp.SUR.1Regularities ofders submicron spherical andtion pow- nanosizedby from electroerosion structures electroconductive dispersion forma- materials 16:30 Jun1 Tseng versity, TaipeiPhysics, 111 Academia Sinica, Taiwan.3 Taipei 115 Taiwan. — — National Central University, Chungli 320 Taiwan. The contribution has beenthors. withdrawn by the au- Monastyrov THUp.SOC.9Statistical Physics— Methods in Elections 16:30 THUp.SOC.8Aplication of Exponentialtion Model inRamos for the Op- Ibovespabuco Federal Index University,Luiz UFPE, Freire, s/n Av. Recife-PE, Brazil We Professor make a comparativeket study prices between for theresponding Ibovespa mar- call predictions optionsScholes and of model the the and cor- sumes standard an an 16:30 exponential empirical Black- distribution model for returns. that as- THUp.SOC.7Evolving networks by merging nodes 16:30 • Alzahra University, Tehran, 19938-91167, Iran. We study merging mechanismcomplex for networks the in creation several of models.

Thursday a Ruitenbeek van ofidtepsto ftedfc eo surface. below defect the of position the possible The find it makes to defect. patterns the interference cal- by of analysis scattering oscillation of electron conductance by possibility caused anisotropic the of demonstrated culations have We Netherlands The Leiden, Leiden, — Ukraine Kharkov, Ukraine, Na- 2 of Engineering, Academy and tional Physics Temperature Low HpSR916:30 templates alumina nanotubes in carbon on studies emission Field THUp.SUR.9 16:30 sin- a of presence the Kolesnichenko defect in of gle point-contact metals tunnel noble a of Conductance THUp.SUR.8 16:30 rczyszyn the in Ciszewski system adsorption formation Hf/W(100) surface-alloys Ordered THUp.SUR.7 Pb the to parallel are They rows. are surface. chains the New Pb on STM/STS. from found different VT 16:30 contrast using with RT chains at sur- (001)-2x1 deposited Si face the on adsorption Pb studied We Republic. 162 Czech CZ Prague, 10, Cukrovarnicka 53, Republic. Czech the of (100)-2x1 Chab interface. Si at Vondracek on Intermixing Pb • of surface: adsorption The in THUp.SUR.6 devices these of role the the spintronics. discuss and the We Effect in Hall gases. patterned Spin electron devices Or- dimensional Spin ballistic two the in to interactions due Effects bit Spin the consider We epcieycrepn oH3 n fWsur- Hf4W and alloys. Hf3W face to correspond they respectively that proved calculations dynamics Ab-initio molecular observed. c(2x4) were ordered phases Two (r5xr5)R26.6 AES. and and LEED STM, studied was using system Hf/W(100) Poland in Wroclaw, alloying 50-204 Surface 9, Borna Wroclaw, Maksa of pl. University Physics, Experimental of aelnhOnsLbrtru,Universiteit Laboratorium, Onnes Kamerlingh ae Shukrynau Pavel nttt fPyisAaeyo Sciences of Academy Physics of Institute — and , , ru Trembulowicz Artur , — ig Mutombo Pingo bgiwSzczudlo Zbigniew 1 • 2 , egny Avotina Yevgeniya 22 adrRoobol Sander — , nd 1 atnSvec Martin ..Vri nttt for Institute Verkin B.I. — eea ofrneo h odne atrDvso fteErpa hsclSociety Physical European the of Division Matter Condensed the of Conference General • arzoOdorici Fabrizio and , , — 2 ezkJu- Leszek Institute — and , , Vladimir 1 • , Martin Antoni Yuriy Jan — 5 , abnnntbsi lmn templates. alumina in on nanotubes measurements carbon with simulations discussed comparing are emission by field about sources. questions electron Open based nanomaterial geometrical field-emission ideal building almost and for them make electronic properties nanotubes Carbon Italy Roma, 00133 della Scientifica, via INFN, Ricerca and Uni- Vergata Tor MINASlab, Roma versità Chimiche, — di Tecnologie Italy e Scienze Bologna, 40127 6/2, ne(ri bec)o adsorbates. of pres- absence) monolayers in in gas surfaces (or rare diamond ence ii) i) substrates, studied: metal on sur- cases relative energy Two potential in the face. surfaces by governed of are motion properties Italy frictional Modena, The 213/a, Cami Via Emilia, — Reggio Materia della Fisiche Scienze 3 le per versitario — bioSistems (S3) and Surfaces nanoStructures at on center search Bertoni Maria — Italy 6/2, Bologna, Pichat B. 40127 V.le Bologna, Università di — Fisica Italy Roma, A. 00161 via 16, Sapienza, Scarpa La Roma — Università di ergetica, Italy Milano, Celoria 20133 via 16, Milano, Università di Fisica di — mento Italy Bologna, 40126 105, HpSR1 16:30 Righi stud- cases two proper- ied. materials, tribological inter- nanoscale of the sliding ties into of insight surface faces: energy Potential a 16:30 THUp.SUR.11 in SR and a discussed. proved, obtained; KPZ” conjectures are “bounded KPZ, response, for maximum giv- NEP value SR*s “optimal” a an ing non- with including contributions systems, local extended spatially in SR SPAIN Santander, Cantabria, de Fisica New Aspects Approach: Potential Nonequilibrium THUp.SUR.10 — Terranova Rossi Marco Montanari Alessandro Cuffiani Marco Angelucci Renato ioeCialdi Simone iatmnod iia nvriad oeae Modena di Universita Fisica, di Dipartimento 1 N M ein iBlga .Gobetti V. Bologna, di sezione IMM CNR — 1 , 2 ivnaZilibotti Giovanna , 3 — , ar Ferrario Mauro 6 and , • 3 oai .Wio S. Horacio , 1 , ioSessa Vito 2 2 4 , , 3 , iloPooVeronese Paolo Giulio 2 5 — NS osri Interuni- Consorzio CNISM , 1 , lsadoCiorba Alessandro uin Malferrari Luciana 5 1 , NMCRntoa re- national INFM-CNR 5 NN .eB Pichat B. V.le INFN, 5 3 , iatmnod En- di Dipartimento lroBoscolo Ilario 1 2 , 6 NNadDiparti- and INFN 1 2 iaRizzoli Rita , , , 6 2 3 4 iatmnodi Dipartimento , ai Letizia Maria , iatmnodi Dipartimento nttt de Instituto — 3 ai Clelia Maria and , hsc Department Physics • Carlo 1 1 , 5 5 3 2 , 5 , , , , 77 in ntebudr sfud h mechanism He. solid The oscilla- in found. experiments local is recent of meets boundary the Spectrum hcp the on of tions found. energy and and are form bcc boundary The considered. between is phases transition Microscopic Ukraine 61103, Kharkiv, 47 Ave., NAS, Lenin of Engineering — and Physics Temperature Ukraine Str., 61002, Frunze Kharkiv, 21 Institute”, Polytechnic ”Kharkiv Syrkin gene ieadsaedtrie ytehs-us in- host-guest the by determined teraction. with shape clusters and metal alkali size either of demolition induces frequency, or growth its on analysed. depending are silica Light, porous alkali-metal in grown of nanoparticles changes structural Light-induced Siena, I-53100 Siena, Italy of University Department, 16:30 oscillations dissipation) (Local Crystal and in Quantum Lattices He 4 hcp a and bcc between Boundary THUp.SUR.12 HpSR1 16:30 on Ar of adsorption Silvestrelli Wannier the by graphite. and interactions Waals functions der Van THUp.SUR.15 the requested has techniques. complimentary properties of physical application implant the understand- of to detailed The ing used Si(001). MV *La on been 3 ions oxygen at has Roma accelerator voltage, tandem-type acceleration a di work this Universita* In (Italy) * Roma I-00161 Sapienza* Salento Energetica del — di (Italy) Universita* Lecce 16:30 I-73100 - CEDAD, I-73100 dell*Innovazione — Salento ria del (Italy) Universita* Lecce - Materiali dei Rossi Marco Quarta anluca Filippo Emanuela implan- ions Si energy tation high nanostructured by induced of layers properties Physical THUp.SUR.14 16:30 silica porous in • nanoparticles al- metal of kali demolition and growth Light-induced THUp.SUR.13 lsi Burchianti Alessia — • — noi Serra Antonio 2 iatmnod iia*Galilei*, Fisica di Dipartimento — aiabenyahia karima 3 — — 2 , 1 — 1 2 ainlTcncUniversity Technic National , iatmnod Ingegne- di Dipartimento 1 ui Maruccio Lucio • ui Calcagnile Lucio iatmnod Scienza di Dipartimento itrLykah Victor NS n Physics and CNISM — 1 , 2 ail Manno Daniela nttt o Low for Institute and 3 Dipartimento • irLuigi Pier 1 and 2 and , 2 , · Eu- Gi- — hrdy2 uut2008 August 28 Thursday 1 , ino ro graphite on Ar adsorp- of to tion interactions) Waals Wannier der localized (Van Maximally functions novel I-35131 the apply 8, We Marzolo via Italy. Padova, Padova, di *Universita HpSR1 16:30 poly- metal/organic thin- the type in of mer/metal systems transport film electronic High-field wurtzite THUp.SUR.19 photolumines- the in Hamiltonians, of peaks. intensities positions cence the to of observed order ratios the and in excitons needed interpret hole heterostructures. is quantitatively approach non-adiabatic quantum-well A analysed six-band AlGaN/GaN 16:30 we Using Netherlands The — Eindhoven, Belgium TU Antwerpen, siteit — Moldova Chisinau, Moldova, AlGaN/GaN Devreese Nika Wurtzite Denis of Role Non-Adiabaticity in Heterostructures: Quantum-Well Excitons THUp.SUR.18 Im- Bac- model. using 16:30 carani calculated interface- been have constant films. distribution the electrical state thin and of sputtered concentration mechanism purity TiO2 the (Bac- in proposed explain conduction been have to model carani) a study, this In Iasi,Romania Physics, of Faculty Univeristy, and Films Thin Tita- Oxide in nium Mechanism Conduction Electrical THUp.SUR.17 presented. to is route devices complete memory a hy- develop and surface analyzed and is humidity drophobicity relative The pro- air techniques. of discharging SPM 16:30 influence by realized and is SiO2 charging on cesses of Brasil study Gerais, 30123- Careful Minas Horizonte, Cep. Belo 6627, - Antônio970 Carlos, Av. Gerais, Minas de F´ısica, Federal Universidade de tamento Neves Almeida Ruegger SiO2 Stor- Bernardo Data on Devices Towards age Process Techniques: SPM Discharge by and Charge THUp.SUR.16 hogeI Rusu I. Gheorghe 2 , 3 1 , • — — ldmrFomin Vladimir • Elis 1 — M,SaeUiest of University State PMS, — neaSilva-Pinto angela ˆ • hogeRusu Gheorghe lxnr onCuza Ioan Alexandru — vhniPokatilov Evghenii — • in Mardare Diana 3 1 2 S,COBRA, PSN, , FS Univer- TFVS, 2 , 3 and , Depar- — 1 Jozef , An- and 1 ,

Thursday , , 1 2 — — — Jan , Car- 1 Juer- , Pierre Oliver 1 Centers , Stephan , 1 2 , — Petronela • 2+ Jens Falta • — George Rusu National Institute 1 Sergiu V. Nistor — Ruxandra Birjega , and Thomas Schmidt , and 3 — , , 1 Stefan Kirschok Leona C. Nistor • Vadim Lebedev , , ¨ uger 1 centers in nanostructured ZnS 1 2+ Timo Aschenbrenner , , and Sindy Hauguth Frank 2 David Kr , Cristian Dantus National Institute of Laser, Plasma and m) grown on sapphire subtrates by molec- Detlef Hommel 1 , 2 µ — , University of Antwerp -CDE, Wilrijk, Bel- Fraunhofer Institute for Applied Solid State Etienne Goovaerts 3 2 Mariana Stefan Insitut fürPhysik and Institut fürMikro- und Rambu Ingo Flege Figge University of Bremen, Bremen, Germany The (-2110) plane ofhas a cleaved been single investigated GaNning using crystal tunneling cross-sectional microscopy. scan- unit The cell finding points of towards aat a stable room 1x1 bulk temperature. termination • THUp.SUR.31Surface Analysis oferal III-Nitride-Based Lat- PolarityLorenz Heterostructures 16:30 THUp.SUR.32Comparative Study onElectrical the Properties Structural of and doped Undoped and CdO Zn- Thin Films 16:30 THUp.SUR.29Cross-sectional STMplane of the GaN (-2110) 16:30 THUp.SUR.30Localization andthe Magnetic Ground Propertiesin State ZnS of Nanoparticles of the Mn 16:30 gen A. Schaefer ular beam epitaxy (MBE). Thestudied GaN samples by were surface sensitive techniques. mencita D. Mateescu Ambacher 1 Nanotechnologien, Technische UniversitätIlme- nau P.O. Box 100565 D-98684— Ilmenau, Germany Physics, Tullastr. 72, 79108 Freiburg,We Germany investigated ex-situ andand in-situ Ga-face GaN grown and N-face GaN-basedity LPHs 2-5 (periodic- and of Materials Physics, Bucharest-Magurele, Roma- nia — Radiation Physics, Bucharest-Magurele, Romania — gium The localization andters of spin three Hamiltonian Mn with parame- mesoporous structure wereunambiguously for determined the from first the time analysis quantitative of multifrequency Electron Paramagnetic Resonance spectra. Thursday 28 August 2008 — — — Va- · Eka- 4 , Oleg 2 , , 1 3 Petronela , Nicolae Tigau George Rusu • — , and Ludvig Belyakov Irina Zakharova Radu Rusu Galina Ermolaeva RC ”Vavilov State Optical • 2 , , 1 Tatiana Makarova — , and , 4 2 C and (100) and (111) substrate orien- Cristian Dantus ◦ , m˚Uiest,90187Ume˚aUniversity, Ume˚a,Sweden 4 Gheorghe Rusu State Polytechnic University, St. Petersburg, Ioffe PTI RAS, St. Petersburg, 194021, Russia THUp.SUR.27Self-organization ofZn(II) charge-transfer C60- on tetraphenylporphyrin condensationvapour complexes phase fromterina Donenko quasiequilibrium 16:30 THUp.SUR.28On thein Electronic Transport Polycrystalline• Mechanism CdO Thin Films 16:30 At present work thesystem contact InAs supercooling for substratemelt, the - in solution the400-650 Sb range in oftation the the is Ga calculated. contact temperatures THUp.SUR.26Influence of annealingphology on the and surface opticalmony mor- trioxide transmission thin of films — Department anti- ofversity Physics, of Dunarea Galati, de 111Romania Jos Domneasca, 800201 Uni- Galati, The paper presents thethe influence surface of morphology annealing andof on antimony optical trioxide film transmission deposited ontostrates. 16:30 glass sub- Athe correlation optical transmission was andfilm. surface established roughness between of Rambu lerii Shilov ”Al.I.Cuza” University, Departament of11 Physics, Carol I Blvd, 700506,CdO Iasi, tin Romania films, depositedare by vacuum polycrystalline evaporation, andThe have mechanism aplained of in cubic term electrical of structure. Seto’ssemiconducting conduction model films. for is polycrystalline ex- Kvyatkovskii 1 195251, Russia — Institute” St.3 Petersburg,— 199034, RussiaThe — methodwall of quasi-closed vacuumepitaxial volume evaporation in allows layerslibrium the a close growth hot- to conditions,organization of process thermodynamic under which the equi- Zn(II)tetraphenylporphyrin formation (ZnTPP) of triggers complexes. C60- the self- 78 , 2 Ji — , • 1 Jun- 2 , Mar- 1 — , Andrea Instituto 2 • 3 , Physics Department 1 , and 1 — Center for Inter- 4 Yevgen Baganov • BK21 Program Divi- — Kherson National 2 — Elisa Molinari Alice Ruini , 2 Department of Physics, Po- 1 , and Benedetta Bonferroni Myung Ho Kang 3 — , 2 , 2 , 1 2 , 1 INFM-CNR-S3, Natl. Center on nanoS- 2 Stanislav Shutov Dipartimento di Fisica, Universitàdi Modena e ilia J.1 Caldas Reggio E., viaItaly Campi — 213/A, IT-41100tructures Modena, and bioSystems at213/A, Surfaces, via IT-41100 Campi de Modena, F´ısica, Universidade ItalyUniversitária,SP-05508-900 SãoPaulo, de Brazil — São Paulo, Cidade We investigate from first-principlesand the transport electronic properties ofinterfaces hybrid made organic-silicon with conjugatedeffects molecules. on transport The ing of are molecule–substrate explicitly analysed. bond- faces Oxygen-bonded are inter- identified as promising systems. Arrigo Calzolari THUp.SUR.25Calculationfor of InAs-SubstrateSolution Contacting in Contact withand Ga-Melt Sb- Supercooling Technical University, Kherson, Ukraine 16:30 University, Gomel, Belarus — disciplinary Research, Tohoku University, Sendai, Japan Red shift and splittingper of surface nanoparticles plasmon observed infemtosecond cop- under laser irradiation pulsesult by are of interpreted change of astrix dielectric due a to constant re- optical of Kerr silica effect. ma- Ferretti THUp.SUR.24Antiferromagnetic OrderingC60 in Adsorbed onFunctional the TheoryYoung Si(100) Lee Calculations Surface:Hyung Cho hang Density- University ofhang Science 790-784, and Technology, Koreasion Po- — ofPhysics, Advanced Research HanyangDong, and Seongdong-Ku, 16:30 University, Seoul Education 133-791, 17 Korea We in Haengdang- study theof atomic the andpolarized C60/Si(100)-c(4x4) density-functional magnetic calculations. We surface properties predict using the presencebetween spin- unpaired of dangling bonds antiferromagneticventional within structural coupling the model. con- THUp.SUR.23Ab initiocon/organic/Silicon interfaces transport properties of Sili- 16:30 , , 2 1 — , 1 An- 1 Oleg , and , P.Poni Physics 1 3 2 2 Daniela , , 1 10ˆ5 V/cm. > — Dipartimento Mihaela Diciu Damien Aureau , Igor Dmitruk • 1 • Mihaela Rusu GomelState Technical — 3 General Conference of the Condensed Matter Division of the European Physical Society — Ihor Pavlov Femtosecond Laser Com- nd 1 Petro Korenyuk , and 1 Emanuela Filippo , , 22 — 1 4 , Alexandr Alexeenko — 1 1 Antonio Serra George Rusu , • , 2 2 , and Some interesting non-ohmic effects have been ”Al.I.Cuza” University, Faculty of Physics, 11 plex, Institute ofSciences Physics, of National Ukraine, Academy Kyiv, of Ukraine — Viktor Kadan Faculty, Kyiv Nationalversity, Kyiv, Taras Ukraine Shevchenko — Uni- Yeshchenko drij Dmytruk Ivan Blonskyy Manno THUp.SUR.22Shifts andin splitting copperond of nanoparticles laser surface under irradiation femtosec- plasmon 16:30 di scienza dei73100 Materiali Lecce - (Italy) Universitàdel Salento- Silver nanostructures haverapid green been approach under prepared microwave irradiation from by a solution a ofver colloids silver with nitrate different andcessfully morphologies sucrose. obtained were suc- Sil- at differenttion microwave time. irradia- THUp.SUR.21Size andtructures shape bygreen tuning a method rapid of microwave silver assisted nanos- 16:30 Petronela Rambu 1 Carol I Blvd, R-700506, Iasi,Institute Romania of — MacromolecularGhica Chemistry, Voda, 41A, Grigore R-700487, Iasi,For Romania somefones, themetal/polymers/metal new type are thin-film studied. chelate heterostructuresobtained modified of for high electric the polysul- fields ( THUp.SUR.20Electronicmonolayer properties interfaces — of Laboratoire dedensée, Ecole Physique Si(111)/alkyl de Polytechnique,91120 la Route MatièreCon- de Palaiseau,Institut Saclay Abteilung France Silizium-Photovoltaik,Kekuléstrasse5D-12489 Berlin (SE1) —Si-alkyl surfaces Hahn-Meitner- were investigatedspectroscopy, in-situ using photoluminescence infrared and pho- tovoltage 16:30 measurements. 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Thursday Silvestri O.Malley dis- be will phenomena cussed. re- two The these between voltages. a ferromagnetic lation gate-bias various to in for attached interference electrodes layer Fabry-Perot magnetoresis- single and in graphene effect changes tance oscillatory study 153- We Tokyo Meguro-ku, Japan 8505, Komaba, of 4-6-1 University Tokyo, Electronics, — Information Quantum Japan Meguro-ku, 153-8505, Komaba, Tokyo 4-6-1 Tokyo, of University nvriy igtnuo hmsKI2EE KTI Thames Kingdom) upon (United Kingston — Kingston University, (Italy) Sciences, Pharmaceutical Milano and Chemical I-20125 53, Cozzi 1 Labate iliano Machida Hamaya considered in- were the modes of such peculiarity between and teraction nanowires and sys- metal of periodic nanowire 1D tem in in waves plasmon electromagnetic on local surface characteristic the ensemble of of excitation influence the Both Ukraine Kyiv, Nauki 41 Ukraine, prospect of Science Academy National Physics, HpSR3 16:30 Foot hetero-structures: Samuel 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Russian 1 Alekssev Pavel — 00133 Italy Vergata, Roma, Tor Roma Università di CNISM, and ffcs eaayet htetn hyaetthe affect nanotube. they the extent in a what transport to of their analyse Considering screening we tip. effects, local STM a of by nanotube question carbon the address We France Théorique, Marseille, Physique Crepieux model. polar- continuum the calculations dielectric the and via from analysis made frequency is surface rules, assignment several ization This show which modes. nanowires sin- GaAs on gle measurements Raman performed have We Salento versità — Uni- del dell’Innovazione, Italy Ingegneria di Dipartimento Lecce, 73100 Arnesano, aus tt nvriy aus,Sh Repub- Saha Yakutsk, University, State Yakutsk Electronics, and Engineering Radio of Institute let Verga Alberto 2 nttt fSmcnutrPyis Russian Physics, Semiconductor of Institute .Lovergine N. — 1 , • and , .Richter W. io Kagan Miron — 2 her Martin Thierry M-N,Ui` iLce Via Lecce, Unità di IMM-CNR, 4 and , • 3 i-asil Université, Aix-Marseille — aieGuigou Marine — 1 , 3 1 .Prete P. , iatmnod Fisica, di Dipartimento ae Kolodzey James 1 , fmNeustroev Efim rn Antonova Irina 4 ..Iff Phisiko- Ioffe A.F. 2 3 etede Centre — , NS,and CNISM, .Paiano P. , Adeline — 5 · • — — E. hrdy2 uut2008 August 28 Thursday 2 3 3 , , , Gargiani etd h lcrnpoo neato ilbe will interaction pre- discussed. electron-phonon is The calculation initio sented. ab and structural photoemis- experiments resolved 2D sion angle Bi by the investigated of phases properties electronic of study the theoretical and Bicocca, experimental combined A Milano UdR Italy Milan, — CNISM I-20125 Italy Bicocca Moro Roma, Milano Aldo I-00185 Piazzale 2 Sapienza La versità Roma Betti Grazia Achilli discussed. different activation is The origin in energies found. energies was intervals demon- activation temperature peak several A spectroscopy. strated in was charge levels by structures studied confinement Si/SiGe/Si quantum single-quantum-well of Pe- Recharging St. USA Sci., 19716, Ac. — tersburg Russian Institute, Technical cioer a enpromdi oxygen- dis- Oxygen 16:30 gas power, in ratio. plasma helium-to-oxygen of and performed function pressure a as been plasma helium has Beirut, Actinometry of in University Lebanon Beirut, American Activation Department, Akl Growth Abi Maya Film • Plasma in for Concentration Oxygen Atomic THUp.SUR.45 16:30 of electron- interaction and dispersion phonon state Electroni THUp.SUR.44 16:30 and clean of surfaces spectra Si oxidized loss energy Electron THUp.SUR.43 oo Hogan Conor eivsiaei h i10 ufc,bt clean both surface, system Si(100) main oxidized. the The and is frame- model. investigate the layer we within three surfaces the of of calculations work spectra the EEL in the of progresses recent present We Italy Roma, I-00133 I-20133 Scientifica, della Ricerca via 16, Vergata, Tor Celoria, Roma Università di INFM, via — Milano, Italy Milano, di Studi degli — (E.T.S.F.) — hooeChristidis Theodore 1 uoenTertclSetocp Facility Spectroscopy Theoretical European 2 , 1 , 5 ai Bussolotti Fabio nvriyo eaae eak DE Newark, Delaware, of University ai tl Trioni Italo Mario 2 1 hsc eateto Università of Department Physics and , 1 — 3 , hsc eatetadCNR- and Department Physics 3 and , 1 iatmnod iiaUni- Fisica di Dipartimento ae Tabbal Malek — , il Haidar-Ahmad Diala • ui Caramella Lucia ivniOnida Giovanni 2 NS Università CNISM 1 — and , 2 • Physics — , Pierluigi Simona Maria 1 1 , — 2 , 2 , ,

Thursday , , 2 — , and , and 2 , Nicola 1 • — Florian Mandija European Theoretical • 3 Domenico Truzzolillo Franca Manghi — • , Department of Physics, Uni- — Dipartimento di Fisica, Carlo Andrea Rozzi Francesco Sciortino 2 1 — , — , 2 , 3 1 European Synchrotron Radiation Fa- 3 CNR-INFM National Research Center 2 SOFT — cility, Grenoble (F) By high-energystudy XRR the interaction and ofthe nullellipsometry air/water DNA and with we liquid/solid lipidsplitting interfaces, films and of at the DNAshowing different in morphologies for presencecular linear DNA and of of cir- same amino-groups, sequence. Angel Rubio Spallanzani Daniele Varsano versity of ModenaItaly and — ReggioS3, Emilia, Modena, Modena,Spectroscopy Italy Facility (ETSF),Materiales, — Dpto. 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Roma Moro ”La 5,CRS-SOFT, Unita’ Sapienza”, I-00185 di - Roma Piazzale 1 We Rome (Italy) investigate andpolyion-induced INFM the 16:30 colloidalMonte aggregation Carlo complexes simulation, kinetics through the of effect of charge THUp.SUR.48Atmospheric ionizationand in suburbs urban areas centres 16:30 THUp.BIO.8Optical Properties OfFor Systems Photovoltaic Of Interest Applications 16:30 University of Shkodra,Shkoder, Albania Department ofThis Physics, study concerns ontration. the This small is correlated air withparameters, the ion the meteorological concen- concentration ofdiation aerosols, level, the the ra- presenceradiation, cosmic of rays, electric etc. fields, solar , , , 2 2 3 Thursday 28 August 2008 — , , 1 1 · L.V. Vic- Syl- 2 , 3 , , 1 2 Polina , Tamara 1 • — Depart- , 1 CNR- C.R.S. 2 Felix Tomilin , and 3 , — 1 Luigi Cristofolini Marco Fontana • Siberian Federal Univer- Barbara Klajnert 1 Tatiana Berzina Olesya Osina • , — 3 , — — Maria Bryszewska , and 1 2 , Vyacheslav Soukhovolsky Grupo de Optica, Universidad de 2 1 2 V.N. Sukachev Institute of Forest , and 2 Area Departamental de Ciencias Basi- , 3 2 Dipartimento di Fisica, Università di Parma, 1 (I) and CNR- C.R.S. SOFT — wia Pikala ment of GeneralPoland Biophysics, University of Lodz, It hasdrimers been is lower shown inalbumin. that the The presence protective hemotoxicity effect ofaffinity is human of of related serum to dendrimers a den- towards high proteins. tor Erokhin Oleg Konovalov THUp.BIO.7X-ray reflectivity studyformed of when theamino DNA structures is terminatedDNA attached surface: to topology a influence flat of 16:30 THUp.BIO.5Protective role of HSAby in hemolysis dendrimers caused 16:30 THUp.BIO.6Response ofvironmental pheromone molecules factors to en- SergeyOvchinnikova Ovchinnikov 16:30 CIC-Conicet, cc 124Argentina La — Plata (1900),Salamanca, La Plaza Plata, deSpain la — Merced s/n,cas, Salamanca, Facultad de Ingenieria, Univesridadde Nacional La Plata, la Plata,Gold Argentina andfrom silver femtosecond laser nanoparticles ablationuid immersed were in media. liq- fabricated troscopy against TEM We and discussanisms compare different involved mech- in the the decrease ofto extinction particle fragmentation. size due spec- Volkova sity, av.Russia — SvobodnyiSB 79, RAS, Krasnoyarsk, Krasnoyarsk 660036, 660041, Russia — Elena Sedova Kirensky Institute ofyarsk, Physics 660036, Russia SB RAS,Quantum Krasno- chemicaltronic structure calculations andpheromone the of molecules of total Siberiansponse the moth energy and to of its elec- re- substances several electromagnetic contained radiation in have been forest carried and out. to 80 , 2 — — , 1 Lu- Luis 2 , , Anna 1 3 , • , and 1 1 — Physics Department , and Catherine 2 , 1 Antonio Sasso Giulia Rusciano Division of Biophysics, Marzena Jankowska- CNR-INFM Coherentia- Daniel Schinca 1 , , Biological Physics Group, 3 , 2 2 2 2 , , , 1 — 1 1 Pablo Moreno , and 3 4 , , 1 3 , 1 Janusz Stepinski Edward Darzynkiewicz Centro de Investigaciones Opticas, 1 , CNISM- Consorzio Nazionale Interuni- , 3 2 5 , — 4 2 Centre d’Immunologie de Marseille-Luminy, 5 In addition, a combination with Optical Tweez- Gustavo Torchia Faculty of Chemistry, UniversityEuropean of Molecular Warsaw, Biology Laboratory, 6 rue Universitàdi Napoli Federico II, Dipartimento Stephen Cusack Institute ofof Experimental Warsaw, Physics,Warszawa, 93 Poland — University ZwirkiInstitute & of Physics Wigury Polish32/46 Academy St., Lotnikow of3 Sciences, 02-089 Ave.1 Warszawa, Pasteur4 Poland St., — Jules 02-093 Horowitz, 38042 Warszawa, Grenoble— Cedex Poland 9, France — Marseille, France Association of mRNA-cap withplex cap-binding was com- followedcalculations. by spectroscopy A model and ofpared quantum the with recognition was that com- forclues initiation factor on 4E CBC-to-eIF4E leading exchange to of mRNA. Mazza Giuseppe Pesce 1 di Scienze Fisiche, ViaItaly Cinthia — IT-80126 Napoli,versitario per leUdR Napoli, Scienze Italy FisicheNapoli, — Via della Cinthia, IT-80126 Materia, Napoli,Raman Italy spectroscopy isthe exploited diffusion to properties characterize of polymer blends. ers, known as Ramanlyze Tweezers single, is applied selected to erythrocytesenvironment. ana- in their natural Anna Niedzwiecka Anyszka THUp.BIO.4Raman microscopycal as imaging of aChiara complex tool materials De for chemi- Luca 16:30 THUp.SUR.47Noble metal nanoparticlesfragmentation fabrication and bylation: femtosecond laserspectroscopy size and ab- • electron comparison microscopy cia by Scaffardi extinction Roso 16:30 effect is stronglymensions enhanced consistent with with the thetering the reduced directional picture. scat- di- , , 2 2 — — — , 1 1 Olga • Viktor — and Igor Dubey Ismet Kaya • , 1 — General Conference of the Condensed Matter Division of the European Physical Society Remigiusz Worch Victor Zozulya , Department of Nucleotide 1 nd 2 22 Adkham Paiziev , and • 2 — Institute of Electronics Uzbek Igor Voloshin — , 1 Ryszard Stolarski Department of Molecular Biophysics, B. Verkin • THUp.BIO.3Molecularbinding mechanism of to capped-RNA human nuclear CBC 16:30 Larisa Dubey Krakhmalev Academy of Science, Tashkent, Uzbekistan A technique for revealing epithelialmicrostructure cell membrane has beenearly diagnostics developed of to aunder pre-cancer reflected facilitate and light microscopy. cancer cells Chemistry, InstituteGenetics, of NAS Molecular of Ukraine,03143, Biology Kyiv, 150 and Ukraine Zabolotnogo str., The bindingderivative of to newpoly(G)-poly(C) double-stranded and poly(A)-poly(U), quadruplex cationic poly(G)vestigated was in Pheophorbide-a in- buffered solutions bysorption methods and of ab- polarizedin fluorescence a spectroscopy wide range of molar phosphate-to-dye ratios. THUp.BIO.2The MorphologicalCancer Features Cell of Surface Under aMicroscope Reflected Human Light 16:30 Ryazanova 1 Institute for Lowgineering, Temperature NAS Physics of and Ukraine,Kharkov, 47 En- Ukraine Lenin — ave., 61103, THUp.BIO.1Spectroscopiccationic studiesto on Pheophorbide-a model binding of polynucleotides derivative 16:30 16:30 – 18:40 Biological Physics & LifeSession Sciences - Poster THUp.SUR.46Three-terminal negative resistance induced by electron-electron scattering:effect in Bernoulli an electron gas 16:30 sociation increases with plasma powerfraction and but helium decreases with gas pressure. Sabanci University, FacultyNatural of Sciences, Engineering 34956 Istanbul, and Turkey The experimental resultsvices for fabricated in three asit terminal 2DEG lengths with de- is submicron tran- presented. The negative resistance

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Thursday Vito • Elena Maria Wolf- Giuseppe — and and , 1 , and 2 — Dipartimento di Dipartimento di Scienze 2 Thomas Strauch • Dipartimento di Scienze Mediche Nicola L’Abbate 1 — Institute for Physics, Johannes Cristina Prisacariu Dipartimento di Fisica Universita’ di — • 3 Emilio Mezzenga — Institute of Macromolecular Chem- — , 1 Emilio Mezzenga 2 • , — 2 — THUp.POL.5Novel PolyurethanicDibenzyl BlendsStructural Structures Origins Based oferties and their on Physical Prop- Scortanu Theistry Petru Nano- Poni, Iasi, Romania The contribution has beenthors. withdrawn by the au- THUp.POL.6 16:30 Multiscale SimulationsSolutions of Polybutadiene gang Paul Gutenberg-University Mainz, Germany 16:30 THUp.BIO.30Uncoated fiber tipsoptical for microscopy scanning obtained near-field ing by tube etch- 16:30 THUp.BIO.31Raman spectroscopyin of cellular humanorganophosphate damage keratinocytesLasalvia compounds treated with 16:30 Scienze Biomediche, Foggia, Italy We have fabricated SNOMcal probes fibers in bywe silica means have opti- of analyzed tubeparameters the etching on method influence final geometry and ofgeometrical of characteristics. some the tip etching and their Perna (CSDC) — Firenze We assess the impactfrom of mutations protein on MyBP-C, C5-domain show via that MD simulations. mutationsfolding severity We temperature correlates shifts to:analysis of and mutants, un- variation Phi-value of unfolding kinetic rates. Capozzi e del Lavoro,71100 Universitàdi Foggia (Italia) Foggia, — Viale Pinto, Biomediche, Universitàdi Foggia,71100 Foggia Viale (Italia) Pinto, Biochemical modifications ofatinocytes treated single with different human organophosphate compounds ker- at differentvealed by concentrations Raman weresist microspectroscopy. re- of They breakdown of con- DNA membrane bonds lipidic and layers fragmentation and of DNA bases , , Thursday 28 August 2008 — · Ilpo , and Elena 2 , and and 1 ´ og Elena Scortanu Centro Interdiparti- Raffaele Sinibaldi 2 and Francesco Spinozzi • Tampere University of 2 , INFM-Center Statistical — — UniversitàPolitecnica Carlo Guardiani 1 Tomasz R Helsinki University of Tech- , , 1 1 1 — — 3 2 , Cristina Prisacariu 1 • — Institute of Macromolecular Chem- — Paolo Mariani Cristina Prisacariu Fabio Cecconi • Jelena Telenius Roberto Livi delle Marche, Ancona Italy Proteins embeddedplasma in deposition thinnew polymer method were for filmsGrazing-incidence studied small-angle the via X-ray simultaneous images. by fitting of using 2D a and — — Institute ofPoni, Macromolecular Iasi, Chemistry Romania Petru The contribution has beenthors. withdrawn by the au- THUp.POL.4Novel Polyurethane-Ureas WithStructures Dibenzyl andamines Assymetric AromaticScortanu Di- istry Petru Poni, Iasi, Romania The contribution has beenthors. withdrawn by the au- 16:30 Maria Grazia Ortore THUp.BIO.28Phosphatidyl ethanolaminepholipids ether -• phos- AVattulainen computationalnology, Laboratory study of Physics, P.O.02015 Box 1100, TKK, FI- Finland — 16:30 THUp.BIO.29Stability and Mutagenesisdiac analysis of Myosyn Car- molecular Binding Protein dynamics— C simulation through approach 16:30 THUp.BIO.27GiSAXS investigationtionalized of withpolymer surfaces a deposition proteins func- using plasma 16:30 Technology, Laboratory of Physics, Finland Ether phospholipids areinvestigated an group ubiquitous,present scarcely of a membranephatidyl molecular lipids. ethanolamine dynamicslayer. ether study on phospholipide We phos- bi- • Mechanics Complexity andComplessi Istituto (ISC-CNR) dei — Sistemi mentale per lo Studio delle Dinamiche Complesse 82 2 , 1 — Babes- Physics Department Emilia Vanea • Babes-Bolyai Univer- — — Institute of Macro- 1 — 2 , Viorica SIMON 1 • — Institute for Interdisciplinary Experimental Viorica Simon Cristina Prisacariu 2 • THUp.POL.3Influence of the HydrogenPhysical-Mechanical Bonding on Properties The moplastic of Polyurethanes Ther- Segments Based of Rigid and on Variable Geometries Hard 16:30 di Microbiologia e(Italy) Scienze Biomediche, Ancona Small Angle Scattering (SAS)help analysis in is assessing useddiction. ab-initio to protein SAS structure simulatedall curves pre- protein are structure calculated modelsCASP6 for produced and during the cussed. the obbtained model ranking dis- and sity, Faculty of Physics— , Cluj-Napoca, Romania Research, Cluj Napoca, Romania Electron paramagnetictroscopy resonance was (EPR) usedcentres to occurring spec- characterize in gamma paramagnetic nosilicate ray systems irradiated containing alumi- rarethat earth could and be iron usedlocal for radiotherapy biomedical and applications hyperthermia. in THUp.BIO.26DSC and XRDcinated study bones ofBolyai pristine University, andCluj-Napoca, cal- Faculty Romania of Physics,The study 400084 istermined focussed by on heat structural treatmentorder of to changes prove different de- the bonespatite possibility in to usable obtain for hydroxya- biomedical coating applications. 16:30 THUp.POL.2The Effect ofThe Hard Crystallinity Segment ofCopolyurethane Ordering Elastomers Novel Based on Thermoplastic ontures Mix- of Flexible— and Rigidmolecular Diisocyanates Chemistry Petru Poni, Iasi,The Romania contribution has beenthors. withdrawn by the au- 16:30 THUp.BIO.25EPR studyduced on in paramagneticgamma aluminosilicate ray species irradiation in- compounds by 16:30 , 1 Gae- , and Luigi Dept. 3 2 , , 1 2 Daniela Michele Roberta Università 1 , 1 , — 1 1 Dipartimento di 2 , and 2 Andrea Carbini • Cristina Prisacariu European Synchrotron Università Politecnica General Conference of the Condensed Matter Division of the European Physical Society Silvia Vilasi • 3 1 Serena Mazzoni , , 1 — nd — 1 — 22 Antonio Serra 1 Paolo Mariani • Theyencheri Narayanan Dept. of Materials Science - Uni- , 1 Emanuela Filippo 2 — , and Emanuela Urso 2 — , 2 1 , 2 Università Politecnica delle Marche, Istituto of Biol. andUniversity of Environ. Salento Science I-73100 Lecce andIn (Italy) Technology this - work we showby preliminary Raman results spectroscopy obtained performed ontoroblastoma a rat cell neu- modelpress (B104), the known cellular to prion overex- protein PrPC Politecnica delle Marche,Applicate Sistemi Dipartimento2 Complessi, Scienze Ancona (Italy) — Maffia versity of Salento I-73100 Lecce (Italy) — Francesco Spinozzi Ferrante Radiation Facility (ESRF), Grenoble, France We present a time-resolved SAXStant study apomyoglobin on that a can mu- and be useful considered approach to aof investigate new the amiloidogenic first processes. stages Biochimica e Biofisica,Studi Seconda di Universitàdegli Napoli, Italy — Fiore 16:30 – 18:40 Polymer Physics - Poster Session THUp.POL.1CharacterizationPolyurethane of CopolymersCrystallizable Derived From HardCoplanar Novel Packing Segments Selected With a 16:30 delle Marche, Ancona, Italy — — Institute ofPoni, Macromolecular Iasi, Chemistry Romania Petru The contribution has beenthors. withdrawn by the au- Paolo Mariani Manno THUp.BIO.24SASprotein simulations models to filter candidate 16:30 tano Irace THUp.BIO.23Prion protein molecular-level investigation related to copper deprivationroblastoma in B104 cell neu- troscopy model by Raman Spec- 16:30 Francesco Spinozzi

Thursday nttt clsgresrse6 amtd,Ger- many Darmstadt, 6, Schlossgartenstrasse Institut, analyzed. absorption, were The spectra luminescence alcohol). and organic emission ethyl PVA 40% Cd(NO3)2, and (in the aqua polymer in of ob- dissolved treatment were NH2CSNH2 glass thermal on by films tained thin nanocomposite Kishinev, The str., Moldova 60 R. Mateevici MD-2009, Moldova, of — versity Marasesti Romania Bacau,Calea 600115, Bacau, of 157, University The ment, and compounds of appraised. density the edge were and the band between absorption relationship of The films the thin and studied. C60 range were and PVA visible of and conductivity UV electrical in absorption The MD-2009, Kishinev, Moldova str., R. Bacau, 60 157, Mateevici — Moldova, Marasesti Romania Calea 600115 Bacau, of versity Dragos • amtd,Gray— 22, Germany Petersenstrasse Darmstadt, Darmstadt, TU Chemie, — lare China University, Nanjing Nanjing, Engineering, Poly- and of Science Department mer Chemistry Engineering, Mul- of Chemical School and 2488, Chemistry, B.P. Coordination — Starcky, of France Jean Cedex, rue house ICSI-UHA- Interfaces, 15, et CNRS, Surfaces des Chimie de HpPL916:30 Rehahn Xu crystals self-seeding Jianjun polymer by generated between Coorelations THUp.POL.9 16:30 polyvinyl CdS- Petru of properties alcohol optical The THUp.POL.8 16:30 electri- -C60 Valentin polymer the organic and composite of conductivity properties cal optical The THUp.POL.7 data state ac- of count. into experiments equation or taking simulations atomistic interac- polymer from the a coarse-graining of of part systematic tions nonbonded the new, for a procedure propose We tmt Marius Stamate aa Iuliana Lazar 2 , 1 3 , — tmt Marius Stamate 1 4 — , and , aa Gabriel Lazar 1 — 3 • niern eatet h Uni- The Department, Engineering , aaa Iuliana Caraman 4 , aaa Iuliana Caraman G 22 1 ebn Hu Wenbing ne Reiter unter ¨ , 3 1 aa Iuliana Lazar ntttfu Makromoleku- für Institut nd 2 — h tt nvriyof University State The 2 4 eea ofrneo h odne atrDvso fteErpa hsclSociety Physical European the of Division Matter Condensed the of Conference General tt e Laboratory Key State etce Kunststoff- Deutsches 1 1 niern Depart- Engineering , 1 , aauSergiu Vatavu — ouStefan Robu 2 h tt Uni- State The 2 1 1 , , • 1 — 1 uMa Yu and , , Lozovanu Matthias 1 Nedeff Institut Rusu 1 , 2 2 2 , , , oln,ata ulifrr-rwn ayidenti- many simultaneously. re-growing after crystals for so, cal nuclei and as melting act resist via cooling, can generated crystals single lamel- be lar within can regions thicker orientation because self-seeding, and uni- size of crystals form polymer correlated that report We HpPL1 16:30 Frascati di Nazionali INFN-Laboratori elec- — for devices screening tromagnetic based nanotubes Carbon presented. THUp.POL.13 be will comparison of a model as Rouse dynamics well the the as with chains, to protein and Applications 16:30 DNA generalized a con- model. of help with sigma the chain with jointed described freely is straints a of Szczecin, dynamics The of University CASA*, Poland — Szczecin, and Poland Physics Szczecin, of Szczecin, of sity constraints — rigid with — chains of Dynamics on THUp.POL.12 strongly depend weight. both molecular thickness amor- layer and crystalline phous the com- from models predictions theoretical to mon contrast In of studied. was crystallization superstructure dependence isothermal after crystalline-amorphous weight 16:30 polyethyleneoxide the molecular the of SAXS Using Halle, D-06099 Germany Halle-Wittenberg, Universität the Albrecht of Petzold polymers of dependence semi-crystalline superstructure weight crystalline-amorphous Molecular order. THUp.POL.11 first generally of as be continuous, can poly- but necessarily such assumed, of not have transition is we collapse mers model the homopolymer that shown of flexible simulations simple, Carlo 16:30 Monte a histogram flat Using Germany Mainz, 55129 Str.18-20, Zeiss Ger- — Mainz, many 55099 University, Gutenberg hannes and Simulation homopolymers: Paul Carlo flexible Monte simple, A of sitions tran- collapse first-order versus Continuous THUp.POL.10 • 1 rnoFerrari Franco utBinder Kurt nttt fPyisadCS* Univer- CASA*, and Physics of Institute 1 , eeiaRampf Federica , 2 hmsHenze Thomas ntttf irtcnkMiz Carl- Mainz, Mikrotechnik f. Institut ntttfu hsk Martin-Luther- für Physik, Institut — 1 — 1 and 1 ntttf hsk Jo- Physik, f. Institut — 2 and , , aolwPaturej Jaroslaw • hmsStrauch Thomas tfn Bellucci Stefano hmsThurn- Thomas — — • • Wolfgang hsc Department Physics Albrecht 2 Institute 1 2 , 83 dlt icisapiain,o vni devices noise. in electromagnetic high- even predominantly or to to exposed applications, useful circuits and materials fidelity electrical composite the nanotube-based carbon of polymeric of study properties systematic mechanical a show I HpPL1 16:30 of Lorusso modification Antonella the Surface for Polymeric Treatment Laser THUp.POL.14 HpPL1 16:30 poly- charged Mengarelli complexes. oppositely electrolyte of Structure THUp.POL.16 16:30 Additive the and in of Mahapatra Homopolymer Presence of Crystallization THUp.POL.15 both on efficient only and was Poly(methyl-methacrylate) modification the the induced laser on IR UV UV the of while The High by polimers, Polyethylene lasers. modification Ultra IR Molecular surface and Weight studied Poly(methyl-methacrylate) We INFN, Salento, of Lecce-Italy University Science, Material — of Bari-Italy 70126 173, INFN, Amendola, — Lecce-Italy Salento. 73100 2 of CP193, Lecce-Monteroni University SS Strumen- LEAS, e Applicata tazione, Elettronica di Laboratorio Velardi Luciano Rain nio Zeghal fluc- density kinetics. jus- crystallization monomer We and with tuation argument and transition. our crystallinity phase tified unlike near diffusion, heat, be- chain specific non-monotonic in a to havior leads crystallization interaction and monomer-additive — between India Interplay 411008, India - Pune Laboratory, 400076, Chemical tional - Mumbai Tech- 2 Bomaby, of Institute nology Indian Engineering, Chemical iiyrgo fpleetoye opee (B/L- complexes polyelectrolytes sta- of the and region diagram bility phase the obtained have We d’Evry, Université France. Evry, 91025 Interfaces, — aux Polymères France. Paris- Orsay, de Université Sud, CNRS-UMR8502, Solides, eateto hsc,Uiest fBr,via Bari, of University Physics, of Department oye cec n niern iiin Na- Division, Engineering and Science Polymer entNanavati Hemnat 1 o ` 2 — , 1 1 , ai itraSiciliano Vittoria Maria 2 , , 1 aoaor ePyiu des Physique de Laboratoire ocAuvray Loic uuwm Kumaraswamy Guruswamy 2 — 1 , — ai Paladini Fabio 1 2 eateto Physics, of Department 1 aoaor MatériauxLaboratoire • icnoNassisi Vincenzo — — — 2 1 and , eatetof Department • so Das Ashok 3 • Department Valentina 1 , Mehdi Anto- 3 and , · hrdy2 uut2008 August 28 Thursday 1 2 , , eietltcnqe DS AS M,tur- ex- NMR, potential). several SANS, zeta bidimetry, within structure (DLS, aggregates techniques studied perimental of also We dynamics and PssNa). PMA, PEI, inwr tde ihdniy G,SN and spectroscopy. SANS echo TGA, spin solu- density, neutron in with The particle studied were these presented. tion of dynamics be and stabi- will structure glycols) nanoparticles (ethylene gold poly lized of synthesis Novel — Netherlands Canada treal, The Eindhoven, 4 5656 16:30 Centre, — Italy — Roma, France Grenoble, 2 FR-38042 Laue-Langevin, Gold of TGA, scattering neutron TEM, Maccarini and characterization oxide)-capped combining mass Nanoparticles and Poly(ethylene Synthesis esti- THUp.POL.19 is carriers of length $L diffusion mated: The as- of chrysotile bestos. within investigation nanostructures in experimental force 16:30 polypyrrole photoelectromotive the non-steady-state the report We Peters- St. burg, 194021, Institute, within Technical Physical matrix in Semkin asbestos nanostructures Sokolov photocurrents chrysotile polypyrrole Non-steady-state THUp.POL.18 refraction 3D distribution on index parameters record the of and influence material examined materials We composite nanoparticles. with photopolymer structures absorbent photon non- 3D 16:30 in multibeam of record of holographic model linear analytical present We Lenin Russia Tomsk, 40, 634050 avenue Radioelectronics, and tem gorod photopolymer-based in pho- nano-composites structures of formation tonic holographic Nonlinear THUp.POL.17 Rucareanu Dovolnov Eugene e.o hmsr,MGl nvriy Mon- University, McGill Chemistry, of Dep. Universit os tt nvriyo oto Sys- Control of University State Tomsk — and , , \ =.8 $ D=0.18$ ad oa“aSpez” T 60131 IT- Sapienza”, “La Roma di ‘a 1 3 , , ihi Bryushinin Mikhail 4 and , ui Kumzerov Yurii ispeBriganti Giuseppe 3 urn drs:TOHolst TNO address: Current — rc Lennox Bruce and , \ mu$m. • egySharangovich Sergey ycelvMir- Vyacheslav ..Ioffe A.F. — 4 — , 2 — — , 1 • Victor Simona Institut Marco • Igor ,

Thursday , 1 De- Neda , • 1 Kristin , — Giancarlo , — Universität 2 Mahadevappa , 1 , 1 Sujat Sen ¨ oker , Polymer Science Cen- 1 European Synchrotron 1 Geoffrey Mitchell 4 • Department of Chemistry, — , 2 2 Heiko Schoberth , 1 • 1 Fred Davis — Claudio Conti , 1 Alexander B , 1 Saeed Mohan , and — Robert Olley From a microscopic model we investigate the Two step coarse graining analysis ofself-assembly the of entropical diblock-copolymers insolvent. a selective self-assembly of a semiblock dilute copolymers solutions of into A-B polydisperse di- micelles. Schmidt Bayreuth, Bayreuth, Germany We investigate theon influence of the the order-disorderdiblock electric transition copolymer field temperature ining concentrated of Synchrotron solutions SAXS.versible us- In order-order and addition order-disorder transitions weinduced show by re- electric fields. THUp.LIQ.4Nonlinear Optical Susceptibility ofEquilibrium Out-of- Colloidal Dispersion Ghofraniha 16:30 THUp.POL.27Chain conformationsvelopment and inmers electrospun structure fibres de- of poly- 16:30 THUp.POL.28Influence of ElectricBehavior Fields of onmer Concentrated Solutions the Block Phase Copoly- 16:30 lyth Elliott Kariduraganavar and tre, University ofing, Reading, RG6 Whiteknights, 6AF Read- UK — Physics, Gdansk952 University Gdansk, of Poland Technology, — 80- Karnatak University, Dharwad 580 003,We India use small-angle neutronwith scattering labelled techniques mixtures of polymersdetails to quantify of the theelectrospun fibres chain including conformations theorientation in level and of nanoscale their preferred conditions relationship with spinning Radiation Facility, 6Postale 220, rue 38043 Jules Grenoble Cedex,Stable Horowitz, France and Bote metastablesized liquid Bi droplets structure has beenx-ray of absorption investigated spectroscopy nano- combining and angularsive disper- x-ray diffraction. Structuralsition anomalies and revealed phase in the tran- nanosizedare samples discussed. , , , , , , 3 1 1 1 2 3 4 Thursday 28 August 2008 — , 1 · , and 1 Konrad , 2 Anton Airinei ELETTRA - Sin- , 2 CNISM, CNR-INFM 1 Giorgia Greco 1 Emiliano Principi • Giuliana Aquilanti Vincent Krakoviack — Jean-Pierre Hansen , , 1 4 1 Petronela Rambu , Department of Solid State — 1 ”Al.I. Cuza University”, Fac- 3 Agnieszka Witkowska , , and 1 2 2 , — 3 Massimo Centazzo ”Petru Poni” Institute of Macro- 1 , 2 2 Mihaela Rusu • Laboratoire de Chimie, Ecole Normale INFM CRS-SOFT, and Department of 3 2 — Andrea Di Cicco Department of Chemistry, University of Cam- 1 Barbara Capone THUp.POL.26Diblock• CopolymerCarlo Self Pierleoni Assembly bridge, Cambridgedom — CB2Physics, 1EW, University of L’Aquila, United I-67010Italy L’Aquila, — King- Superieure de Lyon, 69364 Lyon Cedex 16:30 07, France THUp.LIQ.3Investigating nanosizeduids undercooled bytion liq- x-ray techniques Marco absorptionLuca and Minicucci Olivi diffrac- 16:30 THUp.POL.25OnOptical thePolydimethylsiloxane Copolymers Properties in ElectronicFilms Thin of Transport and Polysulfone- 16:30 — Trzebiatowski Viorica hamciuc George Rusu ulty of Physics, 11 CarolRomania I blvd., — RO-700506, Iasi, molecular Chemistry, aleea Gr.RO-709487, Ghica Romania Voda 41A, Electronic transportsemiconducting and polysulfone-polydimethylsiloxane opticalcopolymers properties in thin of properties films are are investigated. discussedmolecular These in structure, correlation whichconjugation with of affords the the an electrons. extended Angela Trapananti boud University Nijmegen,6525AJ Heyendaalseweg Nijmegen, 135, The Net*herlands We use patchy particlestions with to directional simulate interac- into the supramolecular self-assembly fibers. ofphase monomers We transition find from a flexibledles fibers first-order for to which solid we present bun- a phase diagram. SOFT and Dipartimentodi Camerino di via Fisica,Camerino Madonna delle Universita’ (MC) Carceri, I-62032 Italy — and crotrone Trieste S.C.p.A. Strada163,5 Statale in 14 - AREATrieste km Science ITALY — Park 34012 Basovizza, 84 , — 2 , 1 Peter Vasile ´ e Luis , 1 Jos Physics Department , and Elena Perju ıa Cristina ´ , , and Franco Ferrari 1 Mar • and ´ arez Departamento de Cien- 2 — — Petru Poni Institute of Annalisa Fasolino • Daniel Timpu Vasile Cozan • , Nery Su Departamento de F´ısica, Univer- , and — 1 , 1 1 Bastiaan A. H. Huisman — — 2 ´ andez Jaros law Jaros Paturej Institute for Molecules and Materials, Rad- • 2 Van ’t Hoff Institute for Molecular Sciences, sidad Simón Bol´ıvar Apartado1080-A, 89000, Venezuela Caracas — cias de los Materiales,Apartado Universidad 89000, SimónBol´ıvar Caracas 1080-A, Venezuela We investigateand the nanoscale effects dispersionof Poly(vinyl of alcohol)/Bentonite in nanocomposites. clayResults dielectric response indicate proportion interactions the through existence thebounds. of formation of polymer-clay hydrogen Feijoo THUp.POL.23Generalized non-linearplied sigma to modelof the a description ap- — random of chain the with— dynamics Institute rigid of constraints of Szczecin, Physics Szczecin, and Poland CASA*,In University this contributiona a fluctuating model freely ofthermal jointed the bath chain is dynamics immersed considered. of like 16:30 standard in This approaches, description, a takes un- intoconstraints account which forbid rigid the breaking of the chain. THUp.POL.24Monte Carlo simulationslar polymer of self-assembly supramolecu- withticles patchy par- G. Bolhuis 16:30 THUp.LIQ.2Optical Polarizingfor Microscopy Higher Evidences Phase Ordered oftermediate Smectic a Crystalline Bifunctional Azomethine In- Cristian Grigoras Macromolecular Chemistry, Iasi, Romania New calamiticchlorine azomethine and intermediate aldehyde having hibited functional smectic end and groups nematic 16:30 microscopy. phases ex- under The optical smecticbe phase higher was ordereding assigned smectic hard to crystalline when pressed. phase, be- nanocomposites Hern 1 University of Amsterdam,166, Nieuwe 1018 Achtergracht — W*V Amsterdam, The Netherlands Magda Aflori — , and Maria Norkis Aurelia , 1 , and , and 3 ´ arez Departamento de 1 Javier Ramos — Departamento de , General Conference of the Condensed Matter Division of the European Physical Society — 1 Nery Su nd • Maria Cazacu 22 , — ´ andez Departamento Univer- de Qu´ımica, ınez-Salazar ´ 2 Jose Luis Feijoo Juan F. Vega • , 2 — Petru Poni Institute of Macromolecular — Carmen Racles Departamento de Ciencia de los Materiales, Uni- THUp.LIQ.1Siloxane-Containing Surfactants and Their Use for• Stabilization ofIoanid Nanoparticles Chemistry, Iasi, Romania The surfaceand linear properties oligomers andbearing side-chain of hydrophilic polysiloxanes groups disiloxanes,well will as be cyclic their presented,mer ability as nanoparticles to obtained stabilize byor metal 16:30 nanoprecipitation chemical and reactions. poly- THUp.POL.22Effects ofdielectric nanoscale properties dispersion in of the 16:30 polymer/clay – 18:40 Liquids, DisorderedSystems and - Poster Off-Equilibrium Session 16:30 THUp.POL.21XRD, FTIR,Characterization TEM, ofposites Polymer TSDC PreparedNatural Nanocom- and from Clay Salazar Montmorillonite DSC Caracas 1080, F´ısica,Universidad SimónBol´ıvar, Venezuela — Caracassidad 1080, SimónBol´ıvar, Venezuela3 — 16:30 Caracasversidad 1080, SimónBol´ıvar, Venezuela We have studied thetions, morphology, dielectric molecular mo- andries of thermal polymer-clay properties nanocomposites,the prepared of exfoliation-adsorption by a technique, from se- soluble water- and insolubleorganically polymers, modified and montmorillonite. natural and THUp.POL.20Entanglement featureslinear and viscoelastic response experimental ofmelts oolyethylene 16:30 Javier Mart F´ısica Macromolecular, Instituto dede Estructura laMadrid Materia (Spain) (CSIC), SerranoThe 113 study bis, ofpolyethylenes the has 28006 revealed melt strong dependenciesthe mechanical of entanglement dispersion features of withchitecture. the We molecular discuss these ar- featureswork in the of frame- the reptation model. Cristina Hern

Thursday vdneo yaia heterogeneity. experimental dynamical an of aging: evidence the times during relaxation decreases show ratio collective we and and self-diffusion dispersion down that clay-dye-water slowing dynamics a displaying of opti- susceptibility nonlinear cal time-dependent the Rue illustrate France We 05, Superieure,24 Cedex Paris Normale 75231 Lhomond, Ecole — Theorique, 2, Italy Moro Roma, P.A. Sapienza”, 00185, “La Roma di Universita’ en 9A014Rm,Iay— Italy Rome, 89-A,00184 perna aina,P .Mr ,015 oa Italy Roma, 00185, 2, Moro — A. P. Sapienza”, 1 rtro a enotie o rvt ffc ex- effect gravity for size obtained istence. system been The has de- field. gravity criterion nanosystem of in action the motion stroys be- Nev- thermal effect. the state gravity ertheless critical to due the inhomogeneous comes near macrosystem Liquid Kazakstan 120014, Kyzyl-Orda, 29A, Bi, h l oe suooeta sue ocalculate to used is 16:30 pseudopotential model with Oli conjunction the in approach Wills-Harrison The 620016, 101, Russian Russia st. Ekaterinburg, the Amundsen of Sciences, Division of Ural Academy the of Metallurgy Wills- of met- transition Son the Leonid quantitative liquid thermodynamics the the within als of for potential description approach Oli Harrison The 16:30 time- THUp.LIQ.7 governing density. one-body the the for technique mul- equation a scale dependent via derive time and tiple dynamics sub- inertial particles to interacting jected of system a consider We Italy Camerino, Camerino, of dynamics. versity inertial Functional • Density role dynamic theory:*the the Beyond THUp.LIQ.6 16:30 03022, Kyiv 1, build. 2, Department, — Glushkova, Ukraine Physics Prosp. University, System Shevchenko Confined • in Abdikarimov Gravity — of Effect THUp.LIQ.5 Ruocco iatmnod iia nvria iRm “La Roma di Universita’ Fisica, di Dipartimento met aiiBtooMarconi Bettolo Marini Umberto Ostapchuk Yuriy 2 eerhCne Erc em” i Panis- Via Fermi”, “Enrico Center Research lxne Alekhin Alexander 1 , 3 and , 2 and , yy-raSaeUiest,Ajteke University, State Kyzyl-Orda 2 , ioa Vatolin Nikolay 22 ueeRudnikov Eugene rnec Zamponi Francesco 1 nd — 4 aoaor ePhysique de Laboratoire — eea ofrneo h odne atrDvso fteErpa hsclSociety Physical European the of Division Matter Condensed the of Conference General 1 yvNtoa Taras National Kyiv • 1 ioa Dubinin Nikolay , 3 Soft-Infm-Cnr, Bakhytkhan Institute — 1 Uni- — and , 4 — — , h ioeodtm cl n eedn nthe on on energy. depending and and living anisotropy scale structures interaction time pair picosecond liquids of the molecular existence dy- the simple reveal molecular on and simulations namics scattering inelastic Neutron Fisica, Italy di Roma, Dipartimento Sapienza, c/o Università La Soft, — CRS Italy and INFM Firenze, Firenze, Università di iez,Iay— Italy Firenze, water hydration and bulk presented. are of molecules about suppositions contribution so- Interesting of the dynamics solvent. separate and up lute water-trehalose light show and that depolarized solutions water-glucose by in experiments scattering describe We Italy Perugia, IT-06123 gia, HpLQ1 16:30 Italy Firenze, Firenze, — di sezione Complessi, temi Guarini geometries Eleonora dimer long-living of — liquids probe molecular a as of dynamics Picosecond THUp.LIQ.10 16:30 00185 — IT- Sapienza, La Roma Università — di CNR, Italy Perugia, IT-06123 depolar- 1 by sugars Fioretto scattering of aque- Daniele light in solutions ized dynamics and ous structure Water THUp.LIQ.9 16:30 Phases Minimization Wang Coexisting Energy Free of by Volumes Colloidal THUp.LIQ.8 thermodynamic the theory. of framework Fe-perturbation the and in Co, melts Fe, Co of properties thermodynamic the ivniVenturi Giovanni Morresi Gallina sunta Elena Maria phases. coexisting its of fm of domains Minimizing is the average yields densities. fm volume energy density fractional free constituent energy the free as com- whose written a as system treated posite are phases coexisting Colloidal Taiwan 320, Chungli University, Central National Physics, of Department Laboratory, uids iatmnod iia nvri` iPerugia, Università di Fisica, di Dipartimento 2 3 • iatmnod iia nvri` iFirenze, Università di Fisica, di Dipartimento iatmnod hmc,Uiestad Peru- Università di Chimica, di Dipartimento bloBafile Ubaldo and • aKogLai SanKiong 3 and , 3 2 iatmnod Energetica, di Dipartimento 2 1 , , 4 , 1 4 2 , , , — ac Sampoli Marco arzoBarocchi Fabrizio iip Scarponi Filippo 3 ac Paolantoni Marco — 1 , N siuodiSis- dei Istituto CNR 2 al Sassi Paola R SOFT-INFM- CRS • ui Comez Lucia ope Liq- Complex — — hsc Department Physics GuanFei 3 3 4 , 4 , CNR- and , 1 As- 2 1 , , — 4 2 3 , , , 85 ihl Cascella Michele 16:30 4 61103, Kharkov Ave., Ukraine Lenin 47 Physics Engineering, Temperature and Low for Institute B.Verkin Birchenko Alexandr 3 bcc THUp.LIQ.11 thsbe eeldta h etcpct fin- tempera- of nonmonotonic capacity 03022, heat has Kyiv the 16:30 liquid that homogeneous revealed 1, been has It build. 2, Department, Glushkova, Ukraine Physics Prosp. the University, Shevchenko near Ostapchuk Yuriy Gravity Bulavin Sys- Point Leonid Earth Inhomogeneous Critical under of tems Capacity Heat THUp.LIQ.14 16:30 — Italy Ver- Tor gata, Rome of University department, Physics Pulci Olivia formamide solution of water properties in states Excited THUp.LIQ.13 ob- is origins particu- different served. the of of two transformations case the the of phase sequence in characteristic that asymmetry, shown lar consid- is is It 16:30 potentials, harmonically ered. on-site of triple-well model coupled, Wyspi- lattice One-dimensional Wybrzeze Poland Wroclaw, 50-370 Technology, 27, anskiego of University model Ostasiewicz lattice a of in Damczyk order and transitions first the phase entropy-driven-like Spontaneously-broken-symmetry THUp.LIQ.12 time. constructed is densities for different of mixtures tech- solid measurements pressure nique. precise by studied ucinter n TDDFT. and different Green’s theory Theory, with function Functional obtained Density of spectra solution, approaches: optical in and formamide electronic the present We Switzerland (EPFL), Lausanne He He bcc − − rsasand crystals hcp 4 − P He hcp , − hs oxsigrnei dilute in range coexisting phase nre Radosz Andrzej oi mixture solid T hs oxsec ag o h first the for range coexistence phase 1 nttt fPyis Wroclaw Physics, of Institute — 2 hs iga f1% of diagram phase — cl oyehiu eeaede Federale polytechnique Ecole , 3 1 He TF M-NMCRand SMC-INFM-CNR ETSF, 2 — • , ueeRudnikov Eugene yvNtoa Taras National Kyiv — oof e Sole Del Rodolfo — and , − lxne Alekhin Alexander 4 He • — iin Garbuio Viviana ioa Mikhin Nikolay and , oi itrsare mixtures solid • eo Vekhov Yegor Katarzyna 3 — He • − and , Jacek 1 and , 4 · He — hrdy2 uut2008 August 28 Thursday 1 , , , i fte”iermodel”. for ba- ”linear the equations the on derived of The been sis have lines dependences. extremes these field and ture ls-iebhvo ocytllk eo 5 K. its 150 changing below crystal-like conductivity to thermal behavior depen- glass-like the temperature of the conductivity.dence affects thermal ordering technique of tetrahydrofu- Proton a measurement using in on detected ordering based been has proton hydrate of ran effect Na- The the Kharkov, Ukraine, of of Ukraine Sciences Engineering of Academy and tional Physics perature Krivchikov HpLQ1 16:30 studied. in are pulses helium, phonon in superfluid exist which Kharkov, Kingdom modes, United Collective 4QL, 4, EX4 Exeter Exeter, of Sq. — Ukraine Svobody 61077, University, tional in Wyatt Adrian Pulses Nemchenko Phonon stantin in Superfluid Modes Collective THUp.LIQ.18 proof understanding denaturation. poten- provides cold parti- tein symmetric model whose spherically This 16:30 model a tial. hard water via a interact bead-on-a-string cles in a hy- polymer of the sphere examine collapse we drophobic dynamics, USA molecular 10033, Using NY, 500W York, University, New Yeshiva Street, 185th Physics, of partment Water of Model • Simple Cold a and in Collapse Denturation Hydrophobic of Nature THUp.LIQ.17 16:30 crys- in tetrahydrofu- effect of hydrate ran ordering clathrate talline proton Local THUp.LIQ.16 calculated. param- been critical have the nano-system near 16:30 of for shifts nano-systems eters the of point; critical properties the com- the been have with point Prosp. pared critical un- the fluids near gravity macro-inhomogeneous der of Department, Ukraine features 03022, The Kyiv 1, Physics build. 2, Glushkova, University, Nanosys- Point of Alekhin Critical Parameters the near Critical tems of Shift THUp.LIQ.15 egyBuldyrev Sergey — • lsaRomantsova Olesya yvNtoa aa Shevchenko Taras National Kyiv — .eknIsiuefrLwTem- Low for Institute B.Verkin — 4 He 2 — 2 — colo hsc,University Physics, of School 1 and 1 grAdamenko Igor , .KrznKakvNa- Kharkov Karazin V. • aei Slipko Valeriy alWeiner Saul and — • Alexander Alexander 1 , De- — 1 and , Kon- —

Thursday — Na- , , and Scottish 3 Thomas , 2 2 Gianluca • and 1 — Olga N. Blizn- , and Dipartimento di Fisica and 1 Enrico Perfetto Enrique Lemus-Fuentes • Alexander N. Ogurtsov Antonio Scala • Instituto de F´ısicade Cantabria, , — • 2 2 , — — 2 1 — — National Technical University ”KhPI”, Argentina — Voigtmann INFM-CRS SMC, Univ. diP.le Roma Aldo Moro “La 2, Sapienza”, 00185Universities Roma, Physics Italy Alliance, — The School of University Physics, Buildings, Edinburgh of EH9 3JZ, Edinburgh, U.K. Starting from JCMB a splitting ofand King’s the from Kramers’ operator a newthe two-body image-method Green’s approximation function, of test we two introduce new and algorithmsLangevin for dynamics the of simulation hard-spheres. of the Universidad Tecnologica de lapan de Mixteca, Leon, Huajua- Oax.The Mexico energy landscapes arefrequency derived in spectra. terms of the port The coefficients entropy aretion and evaluated function with the of the the trans- inherentthe distribu- structures energy located landscape. on THUp.LIQ.32Defect Nucleation andmation in Defect Solid Xe Phase InducedRadiation by For- Synchrotron talia Yu.juk Masalitina Kharkov, 61002, Ukraine Defect formation induced by excitonwas self-trapping studied using the VUVThe luminescence method. characteristic kineticaccumulation, 16:30 parameters nucleation of andmation in defect defect solid phase Xewere under obtained. for- synchrotron irradiation THUp.LIQ.33Engineering the SpinDependent Dynamics inStefanucci Time- Spintronics 16:30 Spain We develop thedragged Onsager-Machlup particle theory inan for anharmonic a potential a heatmonic (a oscillator reservoir, time-dependent plus har- a bounderal logarithm) by fluctuation and derive theorems. sev- THUp.LIQ.30Simulating the Langevin Dynamics ofSpheres Hard 16:30 THUp.LIQ.31Transport coefficients preliminarytion evalua- in diversetransition materials during the glass 16:30 , Thursday 28 August 2008 · Yuriy , and • 1 School of Roberto , 3 • 1 — Diparti- Horacio S. — , and 1 Dario Corradini • ´ us — — European Synchrotron Karazin Kharkov National 1 Mauro Rovere Igor Adamenko — — 3 , and Konstantin Nemchenko Akhiezer Institute for Theoretical 2 Gonzalo G. Iz , Universidad Nacional de Mar del Plata, 2 , 1 1 — Giulio Monaco 2 • Wio R. Deza THUp.LIQ.29Fluctuation theoremscally for bound Brownian an particle anharmoni- 16:30 Paola Gallo THUp.LIQ.27Four-phonon relaxationanisotropic in isotropic phononfluid and helium systems of super- 16:30 THUp.LIQ.28High-frequency acoustic modesand their in relation glasses tivity: to an the— inelastic thermal x-ray conduc- scatteringRadiation Facility, study Grenoble, France We discuss the connectionthermal among the anomalies well observed known tures in of at glasses 10meV tempera- K and and the sub-meV acousticinelastic energy propertis x-ray range 16:30 in scattering. as the studied with THUp.LIQ.26Thermodynamics andties structural of proper- aqueousupon sodium supercooling chloride solutions mento di Fisica, Tre”, Università”Roma Via della Vasca Navale 84, I-00146 Roma,Molecular Italy dynamics simulationson are aqueous carried sodiumdynamic out chloride and structural solutions. properties ofare the Thermo- analyzed solutions 16:30 and compared toupon those supercooling. of bulk water Kitsenko overheating-induced destruction-polymerization transformations. Adrian Wyatt University, SvobodyUkraine sq. — 4, Kharkov, 61077, Physics, National Science Centertute ”Kharkov Insti- of Physicseskaya and St., Kharkov, Technology”, 61108, 1, Ukraine — Academich- Physics, University of Exeter,UK Exeter, EX4 4QL, Four-phononanisotropic processes phononlium systems in in ofComparison all momentum superfluid of isotropicmental range he- obtained data are onmade. and results investigated. interaction of with phonon experi- pulses is 86 — — Mi- , 1 2 , Roman 1 Lviv In- Ljubica Mykola 1 , Physics Department , 3 — 4 Ivan Franko , 4 , and 1 4 , ´ c 1 Lviv State Uni- 2 Mihail Iovu Institute of Physics of Jan Taras Kavetskyy • 4 Center of Optoelectronics, Center of Optoelectronics of , 3 3 2 Valentina Balitska , • 1 Oleh Spotyuk — , and Dragoslav Petrovi 1 , and , Yaroslav Shpotyuk — Faculty of Sciences,Novi Sad, Serbia 3 ´ c , 1 ˇ canin Lviv Institute ofInstitute Materials of of Physics of SRC Jan Dlugosz Carat, University ˇ Dja Refractiveand indexAs2S3/Se60Te40 Se60Te40 film was determined. ofthat thin We the found refractive indexbehaviour shows films normal and singlelayer dispersion highabsorption values and edge. in the As2S3 vicinity multilayer of the 1 202, Stryjska2 str., Lviv, UA-79031,13/15, Ukraine al. — 42201, Armii PolandInstitute Krajowej, — of Czestochowa, AppliedChisinau, Physics, Pl- MD-2028, 1,National Moldova Academiei — str., Universitystr., of Lviv, UA-79005, Lviv, Ukraine Correlation 50, Dragomanov relationshipsparameters between of exploitation inary ternary As2S3-Sb2S3compositional Ge-Sb-S features glasses, and externally-inducedfects and ef- were their developed for quasib- resolution the structural- first X-ray time photoelectron usinghigh-energy spectroscopy high- synchrotron-based and X-ray diffractometry. Golovchak THUp.LIQ.25Kinetics-descriptive algorithmsoaked for relaxation photo- genide in films hail amorphous Iovu chalco- stitute of Materialsstr. of SRC Carat, Lviv, 202, 79031, Stryjska Ukraine — 16:30 Siljegovi THUp.LIQ.24Cation-substitution optimizationin chalcogenide semiconducting effects Oleh glasses Shpotyuk Vakiv 16:30 versity of Vital Safety,79000, 35, Kleparivska Ukraine str., — Lviv, the Institute ofSciences Applied of PhysicsChisinau, of Moldova Moldova Academy — MD-2028, of AcademieiDlugosz University,13/15, , al.Czestochowa, 1, 42201, Poland ArmiiAdequate Krajowej, algorithm tolaxation describe photosoaked kinetics re- developed in As2Se(S)3 takingble thin elementary into films processes:tion was account of photoinducedthermally-stimulated forma- coordination annihilation three and irreversible topological possi- defects, their — , and 2 Mirjana Vladimir , — Musashi ´ c — — V. Lashkarev Mikail Vasin • Physical-Technical 1 — — General Conference of the Condensed Matter Division of the European Physical Society 1 nd Svetlana Luki • 22 Masao Iwamatsu • Svetlana Men’shikova — — Andrey Sarikov , • 1 — Anatoliy Belt’yukov Science Reseach Institute Termphysics of New THUp.LIQ.23Characterisation ofSinglelayer Refractive and Index MultilayerThin Chalchogenide for Films 16:30 THUp.LIQ.22On viscosityto features 10 of at. the Al-Ni % (up of Ni) melts 16:30 THUp.LIQ.21Nucleation andmodel growth using cell inthe classical dynamics nucleation a system: regimeodal to phase-field regime the From spin- Institute of Technology, Tokyo 158-8557, Japan In this paper, wefield use model with the cell two-dimensionalkinetics dynamic phase- system of to not study only the thefrom nucleation classical but nucleation the to growth spinodal 16:30 regime. Institute, Ural Branch of Russianences, Academy of 132 Sci- 2 Kirov st., 426000Materials, Izhevsk, Russia Udmurt — sitetskaya State Str., Izhevsk, University, 426034, 1 Russia Nonmonotonic Univer- dependence of kinematicof viscosity Al-Ni meltstration has curve been up observed to in 10 the atomic percents concen- of Ni. THUp.LIQ.20Description ofglasses in supercooled thebond model orientation liquids order ofPhysical-Technical Institute, and defected Ural Branch states ofsian Rus- of Academy ofIzhevsk, Sciences, Russia 132 Kirov st.,Basic 426000 properties ofglasses the are supercooled sequentiallywork liquids described of single and infected theory the states based 16:30 of frame- on bond the orientation model order. of de- Lad’yanov • THUp.LIQ.19A generalstudy microscopic ofnomenon approach based heterogeneous to ontheory the nucleation the classical nucleation phe- Institute of Semiconductor Physics NAS45 Ukraine, Nauki avenue, Kiev 03028,In Ukraine this work,study of the heterogeneous microcropication bulk in and approach the interface supersaturated to nucle- based solutions on the is 16:30 the suggested classical nucleation theory.

Thursday n heddb antcflxt nimpulsive an to flux leads magnetic bias. to a connected by ring threaded current nanoscopic and a transient of time-dependent response the study We Italy Cozzi Milano, 20125 Via 53, Milano-Bicocca, Università di teriali, ot” nvri` iPva i as ,I-27100 — 6, Italy Bassi Pavia, Via — Pavia, Università di Volta”, I-00133 Italy. 1, — Scientifica Rome, Italy Ricerca Frascati, della Via 00044 Vergata”, Fras- 40, Fermi di E. Nazionali 2 Via Laboratori cati, - Nucleare Fisica uaStefanucci luca HpLQ3 16:30 pres- noise the multiplicative in of states ence metastable of Lifetime THUp.LIQ.36 potential the of radius potential core increasing and/or with frac- strength decrease to condensation found fluc- is The static tion the approximation. 16:30 within studied tuation is with model system bosonic potential of fraction condensation The Jordan Zarqa, University, Hashemite The Bawa’aneh hamed Gasymeh Potential Sys- Interaction Bosonic Repulsive Model Ther- with for tem and Properties modynamic Condensation Bose-Einstein THUp.LIQ.35 16:30 Time- and Onorato Crossed Ciccarelli Spin Chiara in Fields Charge, Dependent Devices of Multiply-Connected Nanoscopic in Theory Dynamics Current the On THUp.LIQ.34 polarized accumulations. spin spin enhance tran- and to the currents ferro- order engineer in to and is response normal goal sient The of leads. presence magnetic in through dots transport quantum time-dependent the study We Italy. Milano, 20125 Via 53, Milano-Bicocca, Cozzi Università — di Materiali, 00044 dei 40, Italy. Fermi E. — Via Frascati, Frascati, di Italy. Nazionali tori Rome, della I-00133 Via 1, 2 Vergata”, Scientifica “Tor Ricerca Roma di Università Cini Michele iatmnod iia nvri` iRm “Tor Università Roma Fisica, di di Dipartimento siuoNzoaed iiaNcer Labora- - Nucleare Fisica di Nazionale Istituto — , 3 , be hlqAlsmadi Khaleq Abdel • nioPerfetto Enrico oae Al-Sugheir Mohamed 1 4 , iatmnod cez e Ma- dei Scienza di Dipartimento 2 1 22 — 3 , 2 2 iatmnod iia“A. Fisica di Dipartimento eateto Physics, of Department — , nd 3 — • — 1 iatmnod Scienza di Dipartimento ihl Cini Michele iatmnod Fisica, di Dipartimento eea ofrneo h odne atrDvso fteErpa hsclSociety Physical European the of Division Matter Condensed the of Conference General 1 tfn Bellucci Stefano siuoNzoaedi Nazionale Istituto 1 , — 4 and , , • and , 1 Pasquale , Shawkat 2 , Paolo Gian- Mo- 1 , utain rudteaeaetikesvleis value thickness average its the and around thickness fluctuations biofilms evo- mono-species time a the of for lution model stochastic a construct We Autónoma Metropolitana, México Universidad Azcapotzalco, I., B. C. eFıia NM ´xc — México UNAM, F´ısica, de México — Iztapalapa, Metropolitana, Autónoma M Zamora that experiments. dehydration with compare interfacial we and observe We *freezing* 3 micelles. core to sim- spherical dynamic up C12E6 molecular on Kbar ulations by 0.001 investigated from is IT- pressure, Kbar, of L’Aquila, effect University The Phys. Italy 60131, Dep. — Italy SOFT, Rome, Sapienza,IT-60131 HpLQ3 16:30 M a of Rosal roughness 16:30 and biofilm thickness Stochastic THUp.LIQ.39 fluid anisotropic constant compressible • cosmological a dependent from time A THUp.LIQ.38 16:30 — and solution micellar • C12E6 aqueous interfacial nonionic in and on packing dehydration induced Pressure THUp.LIQ.37 analyzed. is potential conditions life- different initial The with and state metastable noise. a multiplicative of of a time presence and the an additive in by an characterized potential system bistable asymmetric model a analyze Italy We Catania, I-95123, Via 64 Catania, Sofia Università di S. INFN, and tronomia I-90128 — Scienze, Italy delle Palermo, Viale Physics, Inter- disciplinary of Group and Palermo Unità Palermo di CNISM-INFM, Università di Relative, Tecnologie Rapisarda drea h otiuinhsbe ihrw yteau- the by withdrawn thors. been has contribution The Romania Constanta, University, Spagnolo Caldara rsuCuletu Hristu Briganti Giuseppe 3 2 2 NNCSSF,Dp hs nvriyLa University Phys. Dep. SOFT, INFN-CRS al Pierleoni Carlo eatmnod F´ısica Instituto Qu´ımica, de Departamento — ´ oRodr ıo 1 1 — eatmnoI .H,Universidad H., P. I. Departamento 1 , , neoL Cognata La Angelo 1 lsadoPluchino Alessandro and , lzbt Salinas-Rodriguez Elizabeth ´ ge Z ıguez 2 and 2 — iatmnod iiaeAs- e Fisica di Dipartimento • rsuCuletu Hristu 2 3 1 udlp Hern Guadalupe , iatmnod iiae Fisica di Dipartimento — ioeMelchionna Simone — 2 1 , apr oe Italy Rome, Caspur, ai Sterpone Fabio unManuel Juan 3 Departamento 1 , 3 2 INFN-CRS Bernardo hsc Department Physics Ovidius — and , andez ´ An- — 1 2 1 , , , 87 rsne.Orpeitoscmaewl ihex- with results. well perimental compare predictions Our presented. lsi rpris qaino tt n at- ultra- and transverse Zr state and for waves sonic of longitudinal of equation tenuation properties, Elastic — Poland Russia Voronezh, University, Warsaw, ical Sciences, of 2 Academy ish — GPa Witczak 1 pressure Zbigniew to hydrostatic under up glass metallic HpLQ4 16:30 Zr the attenua- for ultrasonic tion and properties Elastic THUp.LIQ.40 HpLQ4 16:30 charged between interaction induced macroions The THUp.LIQ.43 line. melting min- the the the near on that found imum are maxima. shown anomalies demonstrates water-like is system The the It of 16:30 line step melting investigated. repulsive with is system potential the of behavior Phase Russia Sciences, region, Moscow of Troitsk, Academy 142190, Russian Physics, Pressure and in- repulsive-shoulder teraction with sys- particles 3D and of a tem in behavior phase amorphous anomalous quasi-binary diagram, Phase THUp.LIQ.42 theory. as evidence mode-coupling transition, indirect molecular glass the an driven by predicted order time, pre-nematic first a of the hard-ellipsoids, for uniaxial of finding, dynamics dynamics the molecular of extensive study an — 16:30 performed We Italy Mainz, Roma, D-55099 Germany Aldo Mainz, 00185 P.le Gutenberg-Universitat 2, Sapienza”, ”La Moro Roma di Università 1 Schilling elon- by ori- driven gation transition ellipsoids: glass hard entational uniaxial of Dynamics THUp.LIQ.41 1 attenuation to of expected. values up than lower obtained pressure times were under Several measured GPa. was glass lic eateto eea hsc,SaePedagog- State Physics, General of Department iatmnod iiaadIF-R Soft, INFM-CRS and Fisica di Dipartimento 1 aehaGribova Nadezhda nttt fHg rsuePyis Pol- Physics, Pressure High of Institute — 2 — and , • rsin eMichele De Cristiano • aetnRyzhov Valentin 52 52 — . rnec Sciortino Francesco . 5 5 Ti 1 Ti • and , rey a Witczak Przemys law 5 — 5 Cu Cu nttt o High for Institute — • 17 17 lmnBohinc Klemen . . 9 9 iayKhonik Vitaly Ni Ni 14 , 14 uyFomin Yury . . 6 6 Al 2 Al Johannes- 10 1 10 , metal- Rolf 1 bulk · 1 , — hrdy2 uut2008 August 28 Thursday 1 2 2 , , , lsIglic Ales og oLcnesadNOCitrcigwith interacting ion be- NBOHC alkali eV) and the 2,4-2,6 L-centers and eV to Experi- 3.1 longs eV, luminescence. (3.5 bands cathode mental pulsed by of investigated been means has glasses silicate alkali The Russia Academy Ekaterinburg, 620219, Russian Sciences, Division, of Ural Univer- Physics, State Metal — Ural Russia 620083, Ekaterinburg, Mathematics, sity, Applied and multivalent rod-like imentally. exper- of and theoretically surfaces, solution studied was charged nanoparticles a like by between separated interaction of The University Informatics, and trieste Mathematics — Ljubljana of Engineering, of Electrical University nology, of Faculty — Physics, — of Slovenia Ljubljana, of University nug usa— Russia inburg, 1 Maset HpLQ4 16:30 of accident an Dam Bernard System: nature Mg-Ti-H The THUp.LIQ.46 16:30 Alkali in Glasses Luminescence Silicate Cathode Pulsed THUp.LIQ.45 16:30 acustic v-SiO2 the in to damping contributions Anharmonic THUp.LIQ.44 ateto hsc n srnm,VieUniver- Vrije Astronomy, and Physics of partment Guseva Valentina Benassi Paola el aei NS c CNISM - Materia fisiche Scienze — della le Italy per Interuniversitario Roma, Nazionale 00185 — La IT- Roma Italy Sapienza, Università di c/o L*Aquila, SOFT-INFM-CNR, Coppito, IT-67100 1 thge eprtrsi sdmntdb an- by the in dominated counterpart. present crystalline is also interactions around it phonon concentration,harmonic While temperatures OH higher on at reported. depends are absorption 150K v-Silica measure- in attenuation ments sound scattering Brillouin Cop- IT-67100 Italy L’Aquila, Aquila, pito, L* Università di Fisica, rlSaeTcnclUiest,600,Ekater- 620002, University, Technical State Ural iatmnod iia nvri` iL’Aquila, Università di Fisica, di Dipartimento 3 aut fCeityadCeia Tech- Chemical and Chemistry of Faculty 4 — — 1 • 2 nvriyCleeo elhStudies, Health of College University nraBaldi Andrea , and , 1 ui Rescic Jurij , 2 and , 2 eerhIsiueo Physics of Institute Research 2 — and , oadGriessen Ronald ihl Nardone Michele — • ntlyZatsepin Anatoliy mti Zatsepin Dmitriy • \ nraGiugni Andrea , iatmnodi Dipartimento o 3 oi Gremaud Robin and , 4 2 3 Department Laboratory nttt of Institute 3 Consorzio Stefano De- — 2 1 , CRS 3 3 1 , — — 1 2 , , ,

Thursday Pier • — Giuseppe and 1 nvri`d RomaUniversitàdi La Sapienza, 1 — Foundation for Research and Tech- 2 2 niversitàdegli Studi di Messina, Dip. Fisica, IT- P.Le Aldo2 Moro 2,98166 IT-00185 Messina, Italy Roma,The Italy critical — propertiesathermal of mixture in a a symmetrical,gated random via matrix binary Semi-grand are ensemble investi- ulations. Monte Carlo sim- THUp.LIQ.53Critical behaviour of athermalthe mixtures presence in ofGiorgio quenched De disorder Sanctis Lucentini Pellicane 16:30 Universitàdi Roma La Sapienza,Italy. I-00185 Roma, — nology Hellas, Institute ofand Chemical High Temperature Engineering Chemical26 Processes, 504 Patras, GR- Greece Dynamic light-scattering withallowed infrared us to radiation investigate the slowtransparent dynamics inorganic of non glass-formers.tural relaxation The dynamics of struc- glasses belonging binary to chalcogenide the seriesAs(x)S(100-x) As(x)Se(100-x) has and been studied. , 1 Thursday 28 August 2008 · — Re- Giancarlo , and Tullio Scopigno 2 , 1 Roberta Angelini • Institut d’Electronique, de Mi- — 2 Dipartimento di Fisica and INFM, 1 — 1 Stefano Cazzato • THUp.LIQ.52Structural Relaxation in Glasses studiedInfrared by Photon Correlation— Spectroscopy 16:30 THUp.LIQ.51Shear thickeningmolecular and solutions glassverse characterized transition melting by in search center in- SOFTRome ”La INFM-CNR, Sapienza” University of Viscosity measurements onundergoing inverse melting molecular show that solutions they under exhibit shear shear thickening.result is This interpreted experimental on theon basis shear of 16:30 thickening recent theories and jamming. lier, France — Spyros N. Yannopoulos croélectroniqueet de Nanotechnologies,Villeneuve F-59652 d’Asq, France Despite considerablequency recent sound activity, attenuationcontroversial issue. high in We report fre- glassesof new the remains measurements LA attenuation a incial vitreous frequency silica region in below theond 1THz cru- using optical a technique. picosec- Ruocco 88 , 1 — 1 Yuko ´ e Chubu Marie • 1 • , O. O. 1 — Physics Department — — 2 — 2 Nagoya Institute 2 Simon Ayrinhac , Benoit Ruffl 2 , and 2 Elena Zaitseva Yoshihisa Enomoto • Taras Shevchenko National Univer- 2 and Arnaud Devos and 1 , 1 1 University of Montpellier 2, F-34095 Montpel- Yamada University, Kasugai, Aichiof — Technology, Nagoya, Aichi We carry ature computer formation simulation of ferrofluid.ing of the microstruc- Especially rotating consider- structures field in effect, various andquency ranges obtain and of packing layering density. the rotating fre- THUp.LIQ.50Hypersound damping ina vitreous picosecond silicaForet by optical technique Patrick Emery 16:30 THUp.LIQ.49”Sheet Formation Phenomena in Ferrofluid in Rotating Magnetic Field” 16:30 1 Chalyi Bogomolets National MedicalUkraine — University, Kiev, sity of Kiev, Kiev, Ukraine Formulae for the susceptibilitycrossover for dimensions different wereence low- obtained. of the Theall geometrical dimension influ- size values was inthe investigated the critical for immediate point vicinity and of in metastable region. — 3 Malgo- , 1 Alexander — General Conference of the Condensed Matter Division of the European Physical Society nd Yaroslav Shpotyuk Vitaliy Boyko • 22 — , and 2 Ivan Franko National University of 3 Lviv Sci.&Res. Institute ofInstitute Materials of of Physics SRC of Jan Dlugosz University rzata Hyla THUp.LIQ.48Critical behaviorin of confined liquid kinetic systems coefficients Notes 16:30 THUp.LIQ.47Glass-formingorganization effectsglass clusters formers in covalent-bonded 1 andCarat 202,2 Stryjska self- str. 79031,Lviv,13/15, Ukraine — al.Poland Armii — Krajowej, 42201,Czestochowa, Lviv, 1, Universytetska 16:30 str., Lviv, 79000,In present Ukraine work it wasSe described chalcogenide the glasses matrix from of energeticallyview. As- point of It wasare shown more that energetically favorable corner-shared thanones. pyramids edge-shared siteit Amsterdam, DeAmsterdam, Boelelaan The Netherlands 1081, 1081We HV demonstrate therange presence order of in chemicalEXAFS Mg-Ti-H short- and thin theoretical modeling filmsabsorption of by the combining isotherms. hydrogen responsible The for the short-range exceptionalmaterials. order properties of is these

Thursday Notes 22 nd eea ofrneo h odne atrDvso fteErpa hsclSociety Physical European the of Division Matter Condensed the of Conference General 89 · hrdy2 uut2008 August 28 Thursday

Thursday — — — — 9:00 9:10 9:20 8:40 8:50 Andrea Catal- • Philip Semple Graeme Watt • • — — — — Springer - Verlag, — Springer - Verlag, Berlin, Aula 1 — Oxford Instruments Nanoscience, Ox- Christian Caron Maria Bellantone IOP Publishing, Bristol, UK IOP Publishing, Bristol, UK famo fordshire, UK Germany A brief overview ofnal The (EPJ), European co-published by Physical thePhysical Jour- Italian Societies, and French andtive to Springer, develop and as expandphysics joint a journal leading initia- international out ofthe aims, Europe. scope and Morepean Editorial specifically, Physical Policy Journal of B TheComplex - Euro- Systems, Condensed are Matter presented. and EPL (the new brandingters) of Europhysics Let- andMatter Journal (an of overview) Physics Condensed EPL (the new brandingters) of Europhysics Let- andMatter Journal (an of overview) Physics Condensed Oxford Instrumentsing Nanoscience the evelop- superconducting next magnettemperature generation equipment. and of cryogen-free ultra-low- 8:40 – 10:00 Talks from Exhibitors Chair: J.Italy Cinquetti, Cinquepascal srl, Milano, The EuropeanGenesis Physical and• Journal modern (EPJ): developments Springer -• YourBerlin, Germany PhysicsIntroduction Publisher to ouring: publishing brief history, company missionan includ- statement. overview of Followed by ourand Physics publications, online our print servicesthors, our for key Physics contactsome persons. readers specific Then and Physics highlighting productsfeatures. au- and showing their Friday 29 August 2008 , 1 · Supatra Gert Strobl • , and 1 — Geoffrey Mitchell • — Polymer Science Centre, Uni- 1 Robert Olley Aula Conversi — , Department of Chemistry, Naresuan 2 1 , 2 1 Fred Davis — Physikalisches Institut, Universitaet79104 Freiburg, Freiburg, Germany Experiments carried outrevealed several during laws the whichtallization control last and polymer decade melting crys- inindicate bulk. that The the observations pathwayof followed in polymer the crystallitesmesomorphic growth phase. includes an intermediate FRI1C.2Directing theusing Crystallisation of Additives Polymers Wangsoub versity of Reading,6AF Whiteknights, UK — Reading RG6 University, Phitsanulok 65000 Thailand 9:20 8:40 – 10:00 FRI1C: Joint Biological Physicsences & and Life Polymer Sci- Chair: Physics XI D.Structure Vlassopoulos, and Laser, Institute Heraklion, of Crete, Greece Electronic FRI1C.1 (Invited)Laws Controlling Crystallization anding Melt- in Bulk Polymers 8:40 90 — — , and 2 , 1 Andrew Shields Jens Siewert • , 2 , Matis Cnr-Infm & Dipar- — 1 1 — Aula Amaldi 1 Institute fürTheoretische Physik, Uni- 2 Giuseppe Mangano Giuseppe Falci timento di Metodologiel’Ingegneria Fisiche (DMFCI), Universitàdi e95125 Catania, Chimiche — I- per FRI1A.2Single-photon generation ining superconduct- nanocircuits• via adiabatic passage 9:20 8:40 – 10:00 FRI1A: Semiconductor Physics -Optics Quantum Chair: G. Bastard, LPA-ENS 24 Paris, France FRI1A.1 (Invited)Nano-photonic devices formation quantum technology infor- 8:40 Toshiba Research Europe, Cambridge, UK I describe recent progress ondots using single as quantum quantumemitters light of sources, single such photonstanglement or as entangled fidelities triggered pairs. exceeding En- strated allowing 90% violation are of Bell’s demon- inequality. — — Bene , — Solid General Conference of the Condensed Matter Division of the European Physical Society nd — The University of Liver- Arie van Houselt 22 , Harold Zandvliet Aula Magna , and Amirmehdi Saedi Werner A. Hofer FRI1M.2Controllingby an Scanning• atomic TunnelingPoelsema scale Microscope State machine Physics GroupNanotechnology, University and of MESA+ Twente,217, P.O. Institute 7500 Box AE for Enschede, The Netherlands 9:20 FRI1M.1 (Invited)Dynamic Processesning Tunnelling Observedtion Microscopes: by Changes, Diffusion Conforma- • Scan- and Vibrations 8:40 8:40 – 10:00 FRI1M:Dimensional Surface, Physics -ties Interface and Electronic Surface Proper- Chair: Structure and S.Scuola Fabris, Low- Internazionale CNR-INFM Superiorezati, Democritos di Trieste, and Italy Studi Avan- pool, Surface Science ResearchUnited Centre, Kingdom Liverpool, We show that the field-inducedbates diffusion to of adsor- theresolution probe in the tip experiments canof by magnitude, change nearly and that one the the order Kondo tip magnetic field temperature will of change the ain single a magnetic continuous impurity manner during its approach.

Friday R1329:20 Ka- PL-40-007 4, Uniwersytecka ul. Physics, of Pawe Rduch l Urban ions Grzegorz Sb the Kowalski by X=S, doped (where CuCr2X4 Se) spinels glass the spin in cluster states the of conditions Stability FRI1F3.2 induced field magnetic with ferroelectricity. several ferrite magnetism, by bismuth triangular a illustrated and magnetocapaci- with be of cobaltites will origin This examples: the effects. at tance is oxides transition 8:40 in metal coupling FRANCE spin/charge/lattice Maréchal - Strong 4 du cedex Caen 14050 boulevard Juin, 6 CNRS/ENSICAEN, and lido ox- metal ides. transiton dielectric insulating in and properties magnetic between Coupling (Invited) FRI1F3.1 Bel- Liège, SUPRATECS, Ausloos, gium M. Chair: I Electronics Materials Magneto - Magnetism FRI1F3: 10:00 – 8:40 , hre Simon Charles odnKundys Bohdan — , • ez Warczewski Jerzy non Maignan Antoine nvriyo iei,Institute Silesia, of University — , ua3 Aula 22 reozW ladarz Grzegorz aoaor CRISMAT, Laboratoire — nd , eea ofrneo h odne atrDvso fteErpa hsclSociety Physical European the of Division Matter Condensed the of Conference General hitn Martin Christine — , , • aai Bel- Natalia a elGusin Pawe l J zfKrok- ozef ´ and , , , R1429:20 “Sapienza”, Roma Università di Fisica, di mento — Germany Garching, Universität München, Technische T34, partment Castro cuprates in fluctuations • spin critical and quantum charge of evidence Spectroscopic FRI1F4.2 resonant Ni. the resolution and 8:40 at Cu high thin scattering using x-ray cuprate NiO inelastic in in excitations and films magnetic the of studied have persion we time first the For Italy Milano, di resolution high by measured excitations Magnetic (Invited) FRI1F4.1 Marie France et Paris, Université Pierre Curie, D‘Astuto, Supercon- M. I Tc Chair: Criticality Quantum High and Highly- - ductivity and Systems Superconductivity Correlated FRI1F4: 10:00 – 8:40 NiO imnEnss Tilman — 2 • and , L icm Ghiringhelli Giacomo 3 deRX ncpae n in and cuprates in RIXS edge 1 ac Grilli Marco , egoCaprara Sergio ua4 Aula 2 M–NMadDiparti- and SMC–INFM 2 L — 3 Politecnico — 2 1 eoac of resonance , k hskDe- Physik al Di Carlo saedis- -space — 91 Kutner 8:40 modeling their and • networks Social (Invited) FRI1F6.1 Würzburg, of University Reichardt, Würzburg, J. Germany in Chair: Self-Organization and Systems - Socio-Economic Socio-Economic Systems of Complex Physics FRI1F6: 10:00 – 8:40 R1629:20 — Spain Barcelona, de Universitat tal, financial The Masoliver case in trading systems: statistics time socio-economic interevent Multifractal FRI1F6.2 for- the in weights communities. the demon- of A of theory mation importance sociology level. the on societal strates for based at proxy model interactions a simple construct of to network used the are records Phone and Technology of Economics University Budapest Physics, fPyis aswUiest,Poland University, Warsaw Physics, of ao Kertesz Janos 2 — 1 , nre Kasprzak Andrzej 1 eatmn eF´ısica Fonamen- de Departament — and ua6 Aula • oe Perell Josep tAl. Et 2 nttt of Institute — and , o ´ 1 , Ryszard 2 Faculty Jaume — · rdy2 uut2008 August 29 Friday

Friday , — 9:30 9:40 9:50 David , — Cinquepascal — Attocube Sys- Lionel Simonot , Suzanne Abbott • ai-rn¸ieDe- Marie-Françoise David Lantiat • — — , and Aula 1 Andrea Rauh • Sophie Camelio , — Marco Portaluppi • — Laboratoire de Physique des Matériaux, — ´ eric Pailloux ´ ed 10:00 – 10:30: Coffee Break 10:30 – 11:50 FRI1F: Surface, Interface andsional Low-Dimen- Physics -Chair: Nanowires, Nanoparticles W.A. Hofer,Liverpool, The UK University of Liverpool, FRI1F.1Control ofand the optical response morphology, ofby silver organization using nanoparticles capping-layertructured surfaces effects and nanos- nanot UMR CNRS 6630, Futuroscope, France Our work is focusedof on capping-layer the study effectsfaces of and the on influence nanostructured thesilver sur- structural nanoparticles. and optical 10:30 properties of Royal Society Publishing –cellence 350 years in ofRoyal science ex- Society Publishing, London, UK 1.7 K Advanced 3 Stagestat Closed Cycle Cryo- Srl, Milano, Italy Nanoprecise Positioning inronments Extreme Envi- tems AG, Muenchen, Germany Babonneau Fr Friday 29 August 2008 · Javier Michael • and — Aula Conversi Javier Martinez-Salazar • — Instituto de Estructura de la Materia, — Istituto di Biofisica, Genova, Italy — 10:00 – 10:30: Coffee Break 10:30 – 11:50 FRI2C: Joint Biological Physicsences & and Life Polymer Sci- Chair: Physics XII France S. Scheuring, Institut Curie,FRI2C.1 (Invited) Paris, Biophysical mechanismschannels of CLC andPusch chloride transporters CLC proteins area a very fascinating similarto example provide protein either of architecture a how ation passive can pathway electrodiffusive or perme- be ative used strictly ion coupled transporter. secondary ac- 10:30 We show thesation effective of direction polymers ofmodest using the flow additives and crystalli- tals coupled that can with the be alignmentchanging of switched the the from additive composition. crys- parallel to normal by FRI1C.3Langevin Dynamics oflization Stages the of Earlylene a Single-Chain Crystal- Model Polyethy- fects Containing MainRamos ChainSerrano De- 113bis, 28006 Madrid, Spain We presentpolyethylene Langevin models dynamicsmechanisms simulations concerning involved in of the thestructures formation during molecular of the ordered tion early from stages an ofstructure amorphous crystalliza- random coil to a 9:40 folded 92 Sean Centre Chris- 2 Blackett 3 and and 2 , 1 Ahsan Nazir Patrick Sebbah • • Aula Amaldi — CNRS, Nice, France — Department of Physics and As- — 1 — 3 Barrett tronomy, UniversityStreet, College London WC1Efor London, Quantum 6BT, Dynamics and U.Computer Gower Centre K. Technology, for Griffith Quantum — bane, University, Queensland Bris- 4111,Laboratory, Australia Imperial — Consort Road, College London SW7 London, 2BW,We study U. the K. effects Prince of dephasinga environments pair on of solid-statethat single they photon sources, induce finding the a photon loss emission that ofselection. can indistinguishability be rectified in by post- 10:00 – 10:30: Coffee Break 10:30 – 11:50 FRI2A: Semiconductor Physicsmensional - Systems LowChair: Di- A.Roma, Italy Polimeni, Università La Sapienza, FRI2A.1Transition from diffusive torandom localized laser in 2D 10:30 verstitätRegensburg, D-93040 Regensburg, Ger- many The contribution has beenthors. withdrawn by the au- FRI1A.3Photon interferencestate devices from noisy solid- 9:40 tian Vanneste We explore the transitionized from modes extended in to random local- ing optical media scattering with contrast increas- pumping by the introducing firstnario gain lasing for and the mode. transition is A proposed. possible sce- , , 2 × 3 √ Viktor , — Physics 1 Martin Stadl- ˇ Svec Kevin Prince , , Institute of Physics, 1 General Conference of the Condensed Matter Division of the European Physical Society 1 nd — Martin • 1 22 Christoph Hugenschmidt • ´ ab — Aula Magna Philip Pikart — , Klaus Schreckenbach ır Ch ´ surfaces, we performed photoemission Pingo Mutombo ◦ Sincrotrone Trieste, Strada Statale 14, km , , and 2 1 Vladim 3)R30 Academy ofCukrovarnická10, 162 Science 53, Prague,lic Czech of — Repub- the Czech Republic, and 163.5, 34012 Basovizza-Trieste, Italy For the beta- and gamma-Pb/Si(111)–( Dudr diffraction experiments and extensivelations, DFT which calcu- clarify thesubstrate bonding and of related electronic/structural atoms effects. to the √ FRI2M.1Intra-atomic charge re-organizationPb-Si at the interface:low bonding coverage mechanism at 10:30 10:00 – 10:30: Coffee Break 10:30 – 11:50 FRI2M:Dimensional Surface, Physics -ties Interface IV Electronic Proper- Chair: and A.Wroclaw, Poland Low- Ciszewski, University of Wroclaw, bauer FRI1M.3What Canthe we Surface? LearnJakob from Mayer Antimatter at Department E 21sity and Munich, FRMII, 85747 Technical Garching, Univer- Germany Matter-antimatter annihilation of positrons trapped at surfacesdifferent or interfaces access leadtion. to to Experiments elemental a on completely on selective layered metallic Al/Sn-samples surfaces informa- and wereintensity performed positron using beam. a high- 9:40 A new atomic configurationPt has modified been Ge(001) foundsimilar surface to on by a a STM pinball machinedimers which consisting functioning acts of as a its pair flippers. of

Friday antcfil nlgtydpdLs2CuO4 lightly-doped in finite field at magnetic reori- observed Dzyaloshinskii- spin magnetoresistance the and of entation explain role can we the interactions Moriya account into Taking Germany Stuttgart, D-70550, Pfaf- 57, fenwaldring Stuttgart, Universitat — Physik, Italy Theoretische Rome, I-00185, 5, Moro Aldo em” i aipra8/,I014 Rome, I-00184, 89/A, — Panisperna Italy via Fermi”, Neto — nlclmmn utlyrsystems. multilayer coupling moment exchange local interlayer in and 10:30 films, ferromagnetic insulating spin- through currents semiconductors, tunnel ferromagnetic polarized stabil- dilute magnetic the in on describe ity disorder to moment used of is influence model Kondo-lattice The 15, Berlin 12489 Newtonstr. Humboldt-Universität, Physik, lo- schneider metallic S and systems mecha- moment semiconducting cal exchange of and nism stability Magnetic FRI2F3.1 Caen, CNRS/ENSICAEN, France Maignan, A. Chair: II Electronics Materials Magneto - Magnetism FRI2F3: 11:50 – 10:30 Break Coffee 10:30: – 10:00 9:40 and La lightly-doped in magnetoresistance antiferromagnetism Unconventional to field FRI1F3.3 found. magnetic been external has stability low this very keep concentration. de- but antimony was finite of stability A function this as theory. of termined range Almeida-Thouless temperature de The on based Analysis Poland towice, rnHenning oren ¨ • aaBenfatto Lara 3 — 2 nvriyo oe“aSpez” P.le Sapienza”, “La Rome of University and , 1 etoSuieRcrh “Enrico Ricerche e Studi Centro , atnStier Martin ohnKienert Jochen ua3 Aula 22 1 , — 2 nd and • ofagNolting Wolfgang eea ofrneo h odne atrDvso fteErpa hsclSociety Physical European the of Division Matter Condensed the of Conference General acloSilva Marcello ntttfür Institut — , ioSand- Niko 3 ntttfur Institut 2 CuO , 4 unlcretvlaecaatrsis(TCVC) characteristics current-voltage Tunnel Poland saw, saw, — Poland Warsaw, PL-02-668 32/46, ników Avenue — Ukraine 03680, Kyiv — Japan 739-8521, Higashi-Hiroshima, University, roshima 1 metamag- of scale energy natural of netism. the density van on quasiparticle for the states evidence in clear singularities give Hove data The toemission. pho- angle-resolved high-resolution by determined Sr of surface Fermi complete The USA California 94305, Stanford, University, Stanford Lab- oratory, Radiation Synchrotron Stanford and Physics — USA Ridge, 37831-6114, Oak Laboratory, TN National Ridge Oak sion, R24110:30 Li Szymczak Suan Mai high- involving Ekino Toshikazu junctions tunnel for of conductances features Charge-density-wave FRI2F4.1 Roma, Sapienza, UniversitàItaly La Grilli, Supercon- M. II Tc Chair: Criticality Quantum High and Highly- - ductivity and Systems Superconductivity Correlated FRI2F4: 11:50 – 10:30 Break Coffee 10:30: – 10:00 9:40 9SS, KY16 Andrews, An- — St. St UK Haugh, of North University Astronomy, drews, and Physics of Shen Mackenzie X. P. drew singulari- Mercure Francois Hove Sr van metamagnet — itinerant the and in ties surface Fermi FRI1F4.3 Raman and cuprates. optical tem- in both and spectra of finite doping dependence the a perature for at account excitations can collective wavevector spin and quantum-critical charge nearly extent what to discuss We Italy Roma, aut fItgae rsadSine,Hi- Sciences, and Arts Integrated of Faculty 4 • eateto hmsr,Uiest fWar- of University Chemistry, of Department naTamai Anna wriiWgr vne11 L0-8 War- PL-02-089 101, Avenue Wigury i Zwirki ˙ 2 3 aeil cec n ehooyDivi- Technology and Science Materials 2 and , 3 nttt fPyis ak vne46, Avenue Nauka Physics, of Institute and , 3 ei Baumberger Felix , 1 lxne .Voitenko I. Alexander 1 , , ae Pekala Marek ua4 Aula • 1 lxne .Gabovich M. Alexander ia .Allan P. Milan , 1 3 , oi .Perry S. Robin nttt fPyis Lot- Physics, of Institute 3 ai .Singh J. David eateto Applied of Department 3 Ru T c 2 1 4 O , — oxides 7 1 3 a been has Henryk , Ru 1 1 School 2 , Jean- , 2 2 An- O Z.- — — 2 7 , 93 ouaino niiul.Iaayete with them approaches. analyze analytical I and in individuals. numerical conventions of (linguistic) population of set a shared emer- a in- the of for of gence account models, to able multi-agent complexity, simple creasing some present I B4, Spain. Universi- Nord Barcelona, 08034 Campus Nuclear, Catalunya, Enginyeria Politècnica de tat i F´ısica de ment and power utility generic the as are grid. such Kuramoto systems, embodied the other by features of shared modification The a to model. led junc- has Josephson 9:40 tions of synchronzation of analysis The Denmark Lyngby, DK-2800 Denmark, University Ben- Technical of The I-82100 Engineering, Power 11, tric Port’Arsa — Via Italy Sciences, evento, Environmental Sannio, and Biological Univ. of Dep. System Util- the Nielsen Grid to Filatrella Power Model Kuramoto for ity Oscillators: the Prototype Nonlinear from a of as Synchronization Junctions Josephson FRI1F6.3 superstatistics a markets. financial through in times intertransaction time heterogeneous quantify to pausing aiming q-moments the describes formalism proof general Poissonian and Our a social from file. in differs contexts observed economic statistics interevent The R261(nie)10:30 language to approach games physics Statistical Barcelona, (Invited) de FRI2F6.1 Universitat Perello, Socio- Spain J. Barcelona, of Chair: Dynamics and Systems - Socio-Economic Economic Systems of Complex Physics FRI2F6: 11:50 – 10:30 Break Coffee 10:30: – 10:00 — 2 — • 1 nraBaronchelli Andrea , 1 N-NMSpra aen and Salerno SuperMat CNR-INFM il .Pedersen F. Niels 2 ese-T,Scino Elec- of Section Oersted-DTU, ua6 Aula — 2 and , Departa- — • Giovanni reH. Arne · rdy2 uut2008 August 29 Friday

Friday 3 , 2 , Dip. 1 , and 3 2 Alexan- Gabriele , • 2 CNR-INFM , 1 2 — Voronezh State 4 Erio Tosatti Laboratoire des Solides 1 Maurizia Palummo , and • — Aula 1 4 , , 3 3 1 , 2 Andrea Dal Corso , 2 , 1 ETSF, Univ. Tor Vergata, Dip. Fisica International Centre for Theoretical 2 3 International School for Advanced Stud- 1 Federico Iori FRI1F.3Doping and co-doping in— Silicon Nanowires 11:10 FRI1F.2Interaction ofPt a monoatomicture and CO wire: ballistic conductance Sclauzero molecule electronic with struc- — a ies (SISSA-ISAS), Trieste,Democritos Italy — National SimulationItaly Center, Trieste, — Physics (ICTP), Trieste, Italy — University, Voronezh, Russia We investigate from first principlesof 10:50 the adsorption CO on Ptelectronic monoatomic structure nanowires. anddifferent We ballistic discuss adsorption conductance geometries of effects of and spin-orbit address coupling. the Stefano Ossicini Irradies, Ecole PolytechniqueFrance — - CEA,Via Palaiseau, della Ricercadi Scienze Scientifica e I, MetodiModena dell’Ingegneria, e Roma Universitàdi Reggio — Emilia Through DFT calculations, weity studied of the the stabil- doped andand co-doped Phosphorous Si-nws (with impurities). Boron calculations and optical properties Bandcalculated have been structures including, also ineffects. come cases, many-body der Smogunov Friday 29 August 2008 , 2 · , 1 Mark , and 1 Enrique Abad • — Structural Bioinformatics and Phillip Fowler 1 , 3 Aula Conversi — 1 Centre for Nonlinear Phenomena and Complex DePaul University, 243 South Wabash Avenue, Computational Biochemistry Unit, Department of Biochemistry, University of Oxford,Road, South Oxford Parks 2 OX1 3QU,Systems,Universite United Libre Kingdom dePlaine, — Bruxelles, C.P.3 Campus 231, B-1050 Brussels,Chicago IL Belgium 60604-231, USA — Our stochastic modellogical shows conditions transport thatchannel rates under approach in the physio- a limitcharged potassium of particles, freely thereby diffusingsupport providing un- for quantitative a recental. hypothesis by MacKinnon et FRI2C.2A stochasticpotassium ion channels approachJohn to J. Kozak S. transport P. Sansom in 11:10 94 , , 4 — S3 3 An- m , µ 3 Stefan 5 • Daniela . , Sincrotrone — 4 Ralf Meyer , Rita Magri Markus-Christian , 2 NEST INFM-CNR and 1 Tevfik Onur Mentes — Roland Enzmann , and , , 1 4 Aula Amaldi m was accessable. µ 5 Christian Jendrysik . Giorgio Biasiol — Walter Schottky Institute, Garching, , , 1 Laboratorio Nazionale TASC INFM-CNR, Lucia Sorba 2 3 and 1 Christian Seidel . AREA Science Park, I-34012INFM-CNR Trieste, Italy and — UniversitàdiEmilia, Modena e I-41100 Reggio Trieste Modena, S.C.p.A., I-34012 Italy Trieste, Italy — Composition maps ofrings In(Ga)As/GaAs obtained by quantum profile XPEEM with reveal In-rich core. aa VFF non-uniform preference calculations predict for Inagreement to with remain the in the experimental ring findings. center, in Scuola Normale— Superiore, I-56126 Pisa, Italy and drea Locatelli Heun FRI2A.3Surface compositional profilesquantum of In(Ga)As rings on GaAs(001) 11:10 FRI2A.2Formation of self-assembledusing quantum ultra dots low growthnication rate for applications telecommu- at• 1.3 and 1 10:50 Baierl Jonathan Finley Amann Germany We report on the formationon of InP InAs lattice-matched quantum AlGaInAs dots source-MBE grown using by ultra solid- low growthing rates. the Adjust- bandgap of1 the matrix the wavelength of , 2 — , 1 Su- An- 2 , c 1 T Enrico , , and 4 SMC-INFM, 3 Michele Cini , 2 , General Conference of the Condensed Matter Division of the European Physical Society 1 nd Klaus-Juergen Fried- • Goetz Seibold Helmar Kostial 22 , , Gianluca Stefanucci — 3 Institut fürPhysik, BTU Cot- Istituto Nazionale di Fisica Nu- 4 Aula Magna 2 — Paul-Drude-Institut fuer Fes- , and 5 , Simona Ugenti 2 — planes. Rudolf Hey , 2 ` e Lorenzana Dipartimento di Scienza dei Materiali, Univer- 5 Jos Dipartimento di Fisica, Universitàdi Roma “Tor • 1 Vergata”, Via della RicercaRome, Scientifica Italy. 1, — I-00133 cleare - LaboratoriFermi Nazionali 40, di 00044 Frascati, Frascati, Italy. Via — E. tbus, P.O. Box 101344,— 03013 Cottbus, Germany. sitàdi Milano-Bicocca, Vialano, Cozzi Italy. 53, 20125 Mi- In this workrecently we developed show the TimeApproximation first Dependent application Gutzwiller‘s to ofnamical the the two computation particleing of Core-Valence-Valence response Auger the function transitionsCuO dy- from describ- perconductors:Gutzwiller the Approximation First tositions Auger Application Tran- of Perfetto ISC-CNR, Dipartimento diRoma Fisica, “La Universitàdi Sapienza”,Rome, P. Italy. Aldo — Moro 2, I-00185 FRI2M.3New Lights on Correlations in High 11:10 FRI2M.2Commensurable resistancethe oscillations ballistic transport in ofdrical electrons on cylin- surfaces 10:50 land gela Riedel tkoerperelektronik, HausvogteiplatzBerlin, 5*7, Germany 10117 We observe resistancetic oscillations transport in ofwhich the electrons periodicity on ballis- dependsthe cylindrical on magnetic surfaces the field. square-rootto snake-like of orbits We for relatenetic tangentially fields. oriented these mag- oscillations

Friday oadaoero temperature. coupling room up above extending and magnetic to interface, antiparallel Fe/(GaMn)As the the an across proving of study XMCD/XAS existence an show Km will 14, We S.S. Italy Trieste, Park, I-34012, Science 163.5, Area in INFM-CNR, hskUi.Rgnbr,D900Regens- D-93040 Regensburg, — Germany burg, — Physik,Univ. Aubin France Saint Merisiers, 91192, des L’Orme Synchrotron, indul xhne(E ekn o strength- 11:10 not weakens ens (DE) compres- exchange compression under double Thus under sion it. found favour was distortions JT FM of and vs. competition phases strong AF A La0.67Sr0.33MnO3. performed for been have calculations First-principles for Physics Material LAboratory Computational Sardinian SLACS-INFM-CNR, Cossu calculations rizio principles (LSMO) first • by La0.67Sr0.33MnO3 studied Manganite FRI2F3.3 10:50 Rossi Back Fe/GaMnAs Maccherozzi a interface: across tor semiconduc- coupling magnetic ferromagnet-diluted magnetic Antiparallel FRI2F3.2 ispeColizzi Giuseppe 2 3 , and , inal Panaccione Giancarlo enrWeghscheider Werner and , 1 , atisSperl Matthias 3 aoaoi ainl TASC, Nazionale Laboratorio 2 , ua3 Aula 22 ntttfrExperimentelle fur Institut icnoFiorentini Vincenzo lsi Filippetti Alessio nd eea ofrneo h odne atrDvso fteErpa hsclSociety Physical European the of Division Matter Condensed the of Conference General — 2 • 3 , , Francesco 2 Christian — Giorgio , 1 Soleil Fab- — — ihCTpoesw ffce h ucnetin content problem. Ru known the RuGd1212. affected a we atmosphere is CVT-process oxygen synthesis With in Ru1212Gd Ru–oxides the and of in temperature volatilization Nd- high The RE=Gd-Eu, at discussed. with is Ru1212RE Pr of Synthesis — Italy many Ger- Al- Dresden, D-01314 (Salerno), Dresden-Rossendorf, S. trum Baronissi via I-84081 3 ”SuperMat”, lende, CNR-INFM gionale — Germany Bayreuth, 95440 1 h eieo h est aestates. wave in density superconductivity the d-wave of regime the the magnetic of study superconducting also stability the We the the cuprates. of in hole-doped and excitations electron- asymmetry charge the and analyze 11:10 USA 53706, We WI Madison, Wisconsin, of sity — Illinois Chicago, USA Chicago, 60607, at Illinois of University cuprates electron- doped in excitations charge and Magnetic FRI2F4.3 10:50 Vecchione Braun Ru F. and Kempf properties equilibria Pr) Manuel physical phase Nd, the Eu, and on Gd, effects content = (RE tutions RuSr Cu of characterization and Synthesis T. FRI2F4.2 higher cuprates. at for TCVC features with pseudogap agree Results and temper- T, low atures, at structures dip-hump reveal waves. TCVC density charge with inhomoge- superconductors involving neous junctions for calculated were cwi,Gray— Braun- Germany D-38106 schweig, TU-Braunschweig, Physik, che Germany Dresden, — D-01187 Systeme, komplexer Chubukov ee Ismer Peter ohedMgelbrDedn Forschungzen- Dresden, Hochfeld-Magnetlabor Universität D- Institut, Bayreuth, Physikalisches 2 2 2 nttt urMteaiceudTheoretis- und Mathematische fuer Institute O nvri` iSlroadLbrtroRe- Laboratorio and Salerno di Università 8 uecnutr aeerhsubsti- earth rare superconductor: 1 4 2 , and , — 1 , osgi Tedesco Consiglia 2 1 4 , 1 a-lnkIsiu urPhysik fuer Max-Planck-Institut eateto hsc,Univer- Physics, of Department , ikK Morr K. Dirk hmsPPapageorgiou P Thomas oansKraemer Johannes — ua4 Aula 3 • eateto Physics, of Department laEremin Ilya — • uei Casini Eugenio 3 and , 2 , 1 Antonio , 1 2 Andrey , , Hans 2 Jan- 3 RE — 1 , 95 une ftoefilsfrteeegneo con- system. of the emergence in the conse- extremism for or the fields sensus present Discrete those and of and external quences model Opinions introducing (CODA) Continuous of Actions the effects in fields the explore We São Paulo de Universidade - EACH R26211:10 CODA the in Extremism Model or Consensus Emergence the of in Influences Field External FRI2F6.2 — • Andr .R Martins R. C. e ´ ua6 Aula GRIFE- — · rdy2 uut2008 August 29 Friday

Friday 2 , 1 Sil- Ste- , CNR- 2 , 5 , Olivia 4 1 , , 1 3 Manuela , 1 , 2 Maurizio De , 1 , Laboratoire des IFTO, Friedrich 2 3 4 Maurizia Palummo Aula 1 Margherita Marsili • , and Hansi Ch.- Weissker 5 — , INFM, NAST and Dipartimento Juergen Furthmueller 3 Paola Castrucci 2 , 1 , , Rodolfo Del Sole 2 2 , 2 , 1 European Theoretical Spectroscopy Facility 1 FRI1F.4Quantum confinmenttronic effects onnanocrystals and the elec- vana optical Botti properties of Ge 11:30 Pulci Scarselli Crescenzi fano Ossicini — (ETSF) — di Fisicagata, dell’ I-00133 UniversitàSolides Roma, di Italy Irradiés, Roma CNRS-CEA,nique, — Tor Ecole Palaiseau,Schiller Ver- Polytech- France Universität, Jena, — INFM-S3 Germany and — Dipartimentodell’Ingegneria, di Scienze Universitádi e ModenaEmilia, Metodi I-42100 e Reggio Emilia, Reggio Italy We study, within many-body-perturbation theory, the electronic andGe optical nanocrystals. properties We compare theexperimental of results to data different recent concerningand the the electronic photocurrent spectra gap of Ge nanocrystals. Friday 29 August 2008 · — Technion, Haifa, Israel Aula Conversi Yariv Kafri • — FRI2C.3Steady-State Chemotactic Responsecoli in E. 11:30 E. coli maneuverscentrations to by high performing chemoattractantWe account ‘runs’, con- for temporal and correlationstumbling ‘tumbles’. and durations. variable A rangethat of behaviors depends obtains, subtlysystem. upon several aspects of the 96 , 1 — — Al- An- 1 Fab- Hel- , , 1 4 , , 1 2 Institute of 2 Michele Saba , Marco Marceddu 1 Agnieszka Gocalinska , Andrey Andreev 1 Giovanni Bongiovanni , , 1 1 Aula Amaldi Niyazi Serdar Sariciftci , and , 1 3 Institute for Semiconductor and Solid Linz Institute for Organic Solar Cells 3 4 Francesco Quochi Dipartimento di Fisica, Universitàdi Cagliari, FRI2A.4Suppression of nonlinear lossesnyl in oligophe- nanofiber• films under laser action Riccardo Corpino 11:30 rizio Cordella berto Anedda mut Sitter drea Mura 1 I-09042 Monserrato (CA),Physics, Italy University Leoben, — A-8700tria Leoben, Aus- — State Physics, University Linz, A-4040tria Linz, — Aus- (LIOS), Physical Chemistry We investigateoligophenyl laser nanofibers under actionAt cryogenic optical temperatures, in excitation. pression we self-assembled demonstrate of sup- magnitude nonlinear improvement in losses lasingnanosecond thresholds and pulsed with excitation. two orders of Do- CEA , 1 Anna- 2 • Preden — • 1 — — Antonela Cava- , 1 General Conference of the Condensed Matter Division of the European Physical Society Ulf Gennser , 2 nd Patrice Roche 22 CNRS, Laboratoire de Pho- 2 , and — Chemistry Dept., Princeton Aula Magna 2 Fabien Portier , 1 Giancarlo Faini , 2 tonique et Nanostructures, Phynanode team, Nozay, Route F-91460 Marcoussis, France An electronic Mach Zehnder interferometer isin used the IQHE regime atdephasing filling of factor 2, the to interferences. study the 12:45 – 13:15: Prize + Closing minique Mailly Saclay ,dense, Service Nanoelectronic deYvette, group, France Physique — F-91191 de Gif-sur- l’Etat Con- 12:00 – 12:45 FRIPL: Plenary 4 Chair: CarloRoma, Mariani, Italy University La Sapienza, FRIPL.1 (Plenary)Organic moleculesfrom on first principles surfaces:bella simulations Selloni University insights This talkstudies gives of an theties overview structural of of andcus organic first on electronic / thiol- principles proper- 12:00 andbetween inorganic amine-terminated alkane metal interfaces, chains TiO2(110). surfaces, with fo- and chromophores on Roulleau nna FRI2M.4Origin ofger the Quantum decoherence Hall in Regime the Inte- 11:30

Friday osqecso h antcproperties. magnetic drastic the with on fur- energy, consequences interaction to the act decrease collectively system ther the they As magnetically, cost. energy orders low a 38042, at develop displacements 166, atomic systems, crystallographic BP some In Martyrs, des France avenue Grenoble, 25 UJF, Galera Rose-Marie R23411:30 rare- in hexaborides displacements earth atomic Exchange FRI2F3.4 ua3 Aula 22 — ntttNe,CNRS/ Neel, Institut — nd • eea ofrneo h odne atrDvso fteErpa hsclSociety Physical European the of Division Matter Condensed the of Conference General ed Amara Mehdi and oe h uecnutn hs efidoto a of out to find metal. ansatz we pseudogap phase an superconducting introduce the we of model physics and the cuprates recalls high-Tc toy- diagram a phase Theory whose Field model Mean Dynamical by solve We Italy P.O.Box Trieste, (ICTP), I-34014 Physics 586, Theoretical for Centre eiCmlsi N,VadiTuii1,I-00185 — 19, Italy Taurini dei Roma, Via CNR, Complessi, temi R24411:30 — Italy Aldo Roma, I-00185 Piazzale 2, Sapienza, Moro La Roma — Università I- di Italy 2-4, Trieste, Beirut Via 34014 and CNR-INFM, (SISSA), Democritos, Studies CRS Advanced for metal School tional pseudogap zio a Schir in ing aris- superconductivity correlated Strongly FRI2F4.4 1 , 4 and , o ` 1 , asm Capone Massimo lui Castellani Claudio 4 h bu aa International Salam Abdus The ua4 Aula 2 M,CRIF,and CNR-INFM, SMC, 2 , 3 , 3 ihl Fabri- Michele siuodiSis- dei Istituto 2 — — 1 • Interna- Marco 97 R26311:30 urban the in downhill. isolation going geographical hid- landscape of spot graphs areas city and den spatial walks a on Random defined for city. diffusions the calls of doubling theory compelling population urban Expected Ger- Bielefeld, Physik, many D-33615 Mathematische 25, Physik, Universitaetsstrasse Cities fuer in Fakultaet Hiding Poverty • Future The FRI2F6.3 iir Volchenkov Dimitry ua6 Aula nvriatBielefeld, Universitaet — — · rdy2 uut2008 August 29 Friday

Friday THU3C.2 TUE2M.1 THU1M.2 MON2M.3 • • • MON1F4.3, • • THUp.LIQ.36 THUp.LIQ.17 THUp.BIO.31 THUp.BIO.24 THUp.SUR.13 THUp.SUR.43 THUp.POL.26 THUp.SOC.15 • • • • • • • • THUp.SUP.1, • TUEp.SEMI.34 TUEp.SEMI.10, TUEp.SEMI.34, THUp.SOC.4 MON2F4.3, TUE1F4.1, THU1F4.1, WED1F1.3 • TUE3M.3, THU3M.3, THUp.SUR.23 THUp.BIO.9, THUp.BIO.19 TUE3M.4 THU3A.2 THUp.SUP.12, FRI2F4.4 • • THUp.LIQ.14 TUEp.MAT.17 Burlon, RiccardoBuron, Marylise . . . .Buscaglia, . . .THU3F6.2 Marco . . . . .TUEp.MAG.5Bussetti, Gianlorenzo . . . .Bussmann-Holder, . . Annette . . Bussolotti, FabioBustamante, Carlos . . . THUp.SUR.44 Butenko, Pavel . . . .Bychkov, . Yuri TUE3C.4 . . . . .C, TUEp.SUR.33 Chacon . . . . .C, . TUEp.SUR.20 Goyhenex . . . .Cabassi, . . Riccardo ...... Cadelano, . . . .WED2M.1 . Emiliano ...... WED2M.1 . . WED1F3.2 Cagin, TahirCailleau, Hervé . . . .Calabrese, . . . . Antonio . . . TUEp.SUR.37 . TUEp.MAG.5 Calandra, Matteo . . . Calcagnile, Lucio . . . .Caldara, . . Pasquale THU1F4.2 . . . THUp.SUR.14 Caldas, Marilia . J.Calzolari, Arrigo . . THUp.SUR.23 ...... MON2M.2, Camelio, SophieCametti, Cesare ...... FRI1F.1 Campani, . . Elisa . . TUE2C.2, Campbell, Eleanor . . . .Cancellieri, . . Emiliano . TUEp.CUL.5 . TUEp.SUR.39 Canepa, Maurizio . . . THU3F1.3 . . . .Cantoro, . Mirco MON1M.2, Capizzi, Mario ...... THU1F1.3 .Caplin, TUEp.SEMI.33, DavidCapone, Barbara . . . .Capone, . . . Massimo . . . . .THU2F4.4 . . . Capozzi, VitoCappellini, Giancarlo . . . . . Cappelluti, Emmanuele Caprara, SergioCapuani, Silvia . . . .Caraman, . . Mihail ...... FRI1F4.2 Caramella, . . Lucia . . . . . MON2C.3 .Carbini, TUEp.SUR.25 Andrea . . Carbone, Luigi . . . Carillo, Franco . . . .Carlo, . TUEp.MAT.26 Spezzani . . . .Carrete, . Jesús THUp.SUP.26 ...... WED1F3.4 Bryushinin, MikhailBuchholz, Sven S. THUp.POL.18 Buga, Sergei . .Bulavin, . . Leonid . . . . THU2A.2 ...... TUEp.MAG.18 . .Buldyrev, . . Sergey . WED2F6.3, Bulusheva, Lyubov . G. . Bulut, FurkanBunzarov, Zhelyu . . . .Burchianti, . . Alessia ...... TUEp.SUR.7 THU2F3.2 MON2C.2 THU3F4.1 THU3F6.2 MON2F3.2 • • • • THUp.LIQ.43 THUp.LIQ.47 Authors’ index THUp.BIO.14 TUEp.SUR.58 TUEp.SUR.17 THUp.SUP.20 THUp.LIQ.37, • • • • • • • TUEp.SEMI.15, · • WED1C.3 • TUEp.MAG.36 THU2C.2 TUEp.SEMI.16, THUp.SUR.22 WED1F3.2 • THUp.SUR.23 TUEp.SEMI.44, FRI2A.4 THUp.BIO.9, THUp.BIO.19 THUp.SUP.26 TUEp.SEMI.33 TUEp.MAT.4 WED1F6.3 • TUEp.SEMI.22 TUEp.SEMI.43 THUp.POL.19, Bliznjuk, Olga N.Blonskyy, Ivan . . . . THUp.LIQ.32 . . Blümer,Nils .Bobeth, . . Manfred . . . . .Bocchi, . . Claudio . . . TUEp.SUR.41 Boccia, Alice . . . .Bohinc, . . Klemen . . WED1F3.2 . Alexander .Böker, ...... Bolhuis, . .THUp.POL.28 Peter G.Bolognesi, Martino . . .THUp.POL.24Bolzoni, Fulvio ...... Bonacci, . TUEp.MAG.9, EnzoBonanno, Giovanni . . .Bonetti, . Stefano ...... Bonferroni, . . .TUE2F3.2, Benedetta Bongiovanni, Giovanni Bordi, Federico . . . . .Borghetti, . Patrizia . . . TUE2C.2, Born, Detlef . . . .Borsa, . . Ferdinando . . . . .Boscherini, TUE3F4.4, Federico . TUEp.MAG.16 Boscolo, IlarioBosi, Matteo ...... THUp.SUR.9 . . . .Botti, . . Silvana TUEp.SUR.38, Bouchaud, Jean-Philippe ...... Bouchiat, . . Hélène FRI1F.4 . . . .boué,fran¸cois . . . . WED1A.2 . . . .TUEp.MAG.15, Bougeard, Dominique Boulle, OlivierBourgeois, Lydie . . . .Bourges, . . Philippe . . . . .WED2F3.2 . .Bouyer, . . Philippe . . TUE1F1.2 . . .Bouzerar, . Georges . . TUE1F1.2 . . .Boyko, . Vitaliy . . . . . TUE3F6.4 . Bradley, Louise . . . .Branco, . JoséRoberto . . . . TUEp.SEMI.46 Braun, Hans F.Breczewski, Tomasz .Breiby, . . Dag . . . . W. . . . . TUE1F1.2 .Breinlich, . Christian FRI2F4.2 . . .Brener, . .TUEp.SUR.13 SergeyBriganti, Giuseppe ...... THU3F4.2 Briggs, G. Andrew D.Brik, MikhailBroekmann, . . Peter THU1F1.1 . . . .Brombacher, . . Christoph . TUEp.MAT.32 . . .Brosens, . . Fons THU3M.2 . THU2M.4 Brown, April . . . .Brucas, . TUEp.SEMI.23 Rimantas . . . .Bruno, . . Flavio ...... Bruno, . . . Giovanni THU3A.2 WED1M.4 . . .Brydon, . . . Philip ...... Bryszewska, WED2F3.3 . . Maria . . . . . THU3A.2 ...... THU1F3.3 THUp.BIO.5 TUE2M.2 FRI1F3.3, TUE1F3.2 WED1M.2 MON2A.1, • • • • • THU3F1.4 • THU2F4.3 THU1M.1 TUEp.SUR.52, THUp.SUP.9, THUp.LIQ.34, THUp.POL.13 THUp.LIQ.22 THUp.SUR.11, WED1F3.5 • TUEp.SEMI.45 • • • • TUEp.SEMI.66, WED2A.2, THUp.SUP.26, THU2C.3 • • THUp.SUR.44 TUE2A.1, TUEp.SEMI.55, TUEp.SEMI.61, TUEp.SEMI.66, FRI2A.3 TUEp.SEMI.24 TUEp.MAT.16 Benfatto, Lara . . . .Benjamin, . . Simon . . Benoit, Corazze . . . .benyahia, . . karima . . WED1A.4 . . .Berezina, . . Sofia . . . . TUE2F4.2 . THUp.SUR.15 Berezovets, Vyacheslav . . . . . THUp.BIO.15 Bernard, AlainBerndt, Büchner . . . . .Bersani, . . . . Danilo TUEp.MAG.20 . . . TUE3F6.4 Bertel, Erminald ...... TUEp.CUL.5 . . .Bertelli, . . Marco . WED2M.3, Berti, Marina . . . .Bertin, . . Denis ...... TUE2M.2 .Bertonati, .TUEp.SEMI.33 Claudia . . . .Bertoni, . . Andrea ...... THU2C.2 WED1C.3 ...... THU1A.3, Beloussov, IgorBeltram, F . . . .Beltram, TUEp.SEMI.58 Fabio ...... THU1A.2 . TUE2A.1, Belt’yukov, Anatoliy Belyakov, LudvigBelzig, Wolfgang . . . THUp.SUR.27 Benassi, Paola . . TUEp.SEMI.56 Benedetti, Stefania ...... THUp.LIQ.44 . . . Bertoni, C MBertoni, Carlo Maria ...... Bertoni, . GiovanniBerzina, Tatiana . . . .Bettè,Sara ...... Betti, . THUp.BIO.7 . Maria . . Grazia . . . .THUp.BIO.12 . . .Bettinelli, .MON2M.3, MarcoBettucci, Andrea . . . .Biagi, . . . Roberto THU1F3.1 . . .Bianchi, THUp.BIO.15 Alberto . . .Bianchino, . . Gloria ...... TUEp.MAG.16 Biasiol, TUE3M.4 G . . . .Biasiol, TUEp.CUL.5 Giorgio ...... TUE1A.1, THU1A.2 Bica, IoanBilly, Juliette . . .Bimberg, . . . Dieter ...... MON1F3.3 ...... Binder, . TUE3F6.4 . KurtBinggeli, Nadia . . . .Birchenko, . . Alexandr . . THUp.POL.10 . . .TUEp.SEMI.35 Birjega, Ruxandra .THUp.LIQ.11 Biroli, Giulio . . THUp.SUR.30 Bismayer, Ulrich ...... Bisognin, . WED1F6.3 .TUE2F1.2, GabrieleBivona, Saverio . TUEp.SEMI.33 Bizzarri, Ranieri . . . .Blackmond, . . Donna . . . THU3F6.2 . . .Blaha, . . Peter . . . . . THU2C.3 .Blanco, . THU3M.1 Juan . . Mari . . . . . TUEp.MAT.10 . . TUEp.MAG.6 98 FRI2F6.1 THU2A.4 MON1C.1 MON2A.4 TUE3F1.2 • WED2M.3 • WED2F3.1 • • • MON1F3.3, • • THUp.SUP.6 • THUp.LIQ.10 THUp.LIQ.46 THUp.LIQ.25 THUp.SUP.14 TUEp.MAT.3, • TUEp.MAG.4, THUp.SUR.25 • • • • • • • TUEp.MAG.10 TUEp.SEMI.64 TUEp.MAG.25 THUp.SUP.12 TUEp.MAG.13 TUEp.MAT.5, WED2F1.3 TUEp.SUR.35 THU3A.4 THUp.LIQ.35 • TUEp.SUR.19, WED2M.2 THU3A.4 • WED2A.2, WED2A.3 TUEp.SEMI.61 Avram, NicolaeAyrinhac, Simon . . . .Ayriyan, TUEp.MAT.32 Alexandr . . . .Azuma, THUp.LIQ.50 Masaki . . .Babonneau, THUp.SUP.3 David . . . .Bachmann, . . Magdalena . . . THU1F4.2 . .Back, . . Christian . . FRI1F.1 Badalyan, Samvel . . .Bafile, . . . Ubaldo ...... Baganov, FRI2F3.2 . Yevgen . . . .Baglioni, . Pierro . Baierl, Daniela . . . .Bailey, . . Nicholas . . . . .Balan, . . Adrian ...... Balashov, . FRI2A.2 . Timofey . . WED1F6.1 . . .Balasoiu, . TUEp.SEMI.57 Maria ...... Balberg, IsaacBaldassarre, Leonetta ...... TUEp.SUR.63 Baldi, AndreaBalitska, Valentina . . .Bansmann, . . Joachim . Barbarani, Vito . . .Barbieri, THU2F3.2 Stefano . . . . Bardin, Lisa . . . .Baro, . . Maria . . Dolors WED2A.1 ...... TUEp.MAG.12, . .Barocchi, . MON1M.3 FabrizioBaronchelli, Andrea . . .THUp.LIQ.10 Barone, Paolo . . . . Barrett, Sean . . . . Bartolini, Paolo . . . .Bartoloni, . . Leonardo ...... Barvik, . . . . Ivan FRI1A.3 . THUp.SUP.26 WED2F6.4 Baschnagel, Jörg ...... THUp.BIO.20 Bassani, EnricoBastard, Gerald . . . . .THUp.SUP.21Bator, Grazyna ...... Batrakov, Konstantin Bauer, Günther ...... Baumberger, . . Felix TUE1A.4, Bawa’aneh, Mohamed ...... FRI1F4.3 Bazhan, Alexander Beaugnon, EricBecker, Conrad ...... THU3F3.5 .Bednorz, TUEp.SUR.17, Mateusz TUEp.SEMI.37, Beenken, Wichard J. D. Beere, Harvey . . . .Belkhou, TUEp.SEMI.66, RachidBellani, Vittorio . . . TUEp.MAG.37 . . TUEp.SEMI.55, Belletti, FrancescoBellido, Natalia . . .Bellini, . MON1F6.2 Tommaso . . . .Bellini, . . Valerio ...... FRI1F3.1 Bellor´ın,Alberto . . . . THU3C.2 . . . .Bellucci, . . . . Stefano . TUEp.MAG.29 . . TUE3F3.3 . . . THUp.SUR.5, THU1F1.2 MON2F4.5 MON2F3.5 • • • THUp.SUR.8 TUEp.SUR.62 THUp.SUP.15 THUp.SUP.18 THUp.SUR.20 • TUEp.SEMI.6, TUEp.MAT.32 TUEp.SUR.63, TUEp.SUR.38, • • • TUEp.MAG.16, • • • • • • MON2M.5, • THUp.LIQ.51 TUEp.MAG.9, TUEp.MAT.4 TUEp.MAG.2, THUp.SUP.4, THUp.SUR.31 TUEp.MAT.10 TUEp.SEMI.33, WED1F3.3 THUp.SUP.22 TUEp.SEMI.28 • • TUEp.SEMI.31 THUp.SUR.42 • TUE1F1.3 TUEp.MAT.12 THUp.BIO.12 THU3A.3 THUp.SUR.29 Amat, PietroAmbacher, Oliver ...... Ambrosch-Draxl, . . . THU2C.3 Claudia . THU3A.2, Amore Bonapasta, Aldo Amaricci, Adriano . . . . Anastasiadis, PavlosAndersen, Ole THUp.BIO.15 KroghAndrade, Lourdes . .Andreasen, . TUE2F4.1 Jens . . W. TUEp.MAT.12 Andreev, Andrey TUEp.SUR.13 Andrei, Petru . . . .Andreone, . . Domenico ...... FRI2A.4 ...... THU2F3.1 Andrews, J Thomas Anedda, AlbertoAnfossi, Alberto . . .Angela, . . Stefan ...... Angelini, FRI2A.4 Roberta ...... TUEp.SEMI.4 . . .Angelucci, . .TUE1F6.2, RenatoAnitas, Eugen . . Mircea . THUp.SUR.9 Antonioli, Gianni . .MON1F3.3 Antonova, Irina . . . . TUEp.CUL.5 . . . Auffret, Stéphane .Augello, . TUEp.MAG.17 GiuseppeAureau, Damien . Ausloos, Marcel . . Auvray, Loic . . . .Averkiev, . . Nikita . . . .Avetisyan, . . Artak . . THUp.POL.16 ...... TUE2A.2 Avotina, Yevgeniya . Antsygina, Tatiana . .TUEp.SUR.9, Apetrii, GabrielaAppel, Heiko . . . .Aquilanti, . . Giuliana . . . . THU2A.2 . .Arakaki, . Aroldo ...... Araujo, THUp.LIQ.3 . Carlos THU2A.3 . . . .Araujo, . . Joao . . . . Pedro . MON1A.2 . . TUEp.MAG.22 .TUEp.MAG.1, Arikan, M. CetinArosio, Paolo . . TUEp.SEMI.42 . . . . Artoni, Maurizio . . TUEp.SEMI.12, Asatryan, AnnaAscenzi, Paolo . . .Aschenbrenner, . TUEp.SUR.29 Timo ...... MON2C.2 Aseyev, SergeiAs´ın,Laura . . . . Aslan, . . Metin . . . . .Aspect, . . Alain . . . . MON1F3.1 . .Asulin, . . Itay TUEp.SEMI.42 . . . .Atlasov, . . Kirill ...... Attaccalite, . TUE3F6.4 . Claudio ...... Attolini, . . . THU2F4.2 Giovanni ...... TUE1A.1 . Avram, Calin . . . . . General Conference of the Condensed Matter Division of the European Physical Society nd 22 FRI2C.2 FRI2F3.4 • TUE3C.3, WED1A.3 TUE3F1.1 • THU1F6.2 WED1F3.2 • • • • • THUp.BIO.17 TUEp.SUR.28 TUEp.MAT.28 • • TUEp.SEMI.68 • • THUp.LIQ.15 • TUE2F1.3, • TUEp.MAT.25 TUEp.MAT.2 THUp.LIQ.35 TUEp.SEMI.55, TUEp.SEMI.60, TUEp.SEMI.61, TUEp.SEMI.65, THUp.LIQ.5 TUEp.SEMI.22, THU2A.2 THUp.LIQ.27 TUEp.MAG.30 THUp.POL.25 TUEp.MAG.36 TUEp.SEMI.48, TUEp.MAG.22 THUp.LIQ.14, WED1F3.3, TUEp.MAT.21 • THUp.BIO.18 TUEp.SUR.10, THUp.SUR.22 • THUp.LIQ.35 • • • • • TUEp.MAT.27 Abad, Enrique ...... Adriaens, Annemie . . . . Abdikarimov, Bakhytkhan Abe, MasayukAbi Akl, . Maya . . .Abstreiter, . . Gerhard . . . . . WED2M.4 . . . THUp.SUR.45 Accard, AAchilli, Simona . . . .Acremann, . . Yves ...... TUEp.SEMI.71 .Adamenko, .THUp.SUR.44 Igor ...... TUE3F3.1 .Adamenko, THUp.LIQ.18, Igor N.Adiguzel, Osman . . . . . TUE3F6.3 . Aflori, MagdaAgostinelli, Elisabetta ...... MON2F3.4, THUp.LIQ.2 Agostino, AngeloAgrawal, Himanshu . . . THUp.SUP.21 Ahmed, Waqqar . . Airinei, Anton . . .˚ .Akerman, . THUp.SUR.19, Johan . . . .Al., . . .TUE2F3.2, EtAlagia, Michele . . . .Alam, . . Maqsudul ...... TUEp.SUR.58Alavi, . . Ali ...... Albertini, . .FRI1F6.1 . Franca . . . . MON2C.2 ...... THUp.SUR.36 Albrecht, ManfredAlbuquerque, Eudenilson ...... THU2M.4 Alekhin, Alexander . . THUp.LIQ.5, Alekssev, PavelAlemany, Manuel . . .Alessandrini, . THUp.SUR.42 Andrea . . TUEp.MAG.32 . . Alippi, AdrianoAlippi, Paola . . . . . THUp.BIO.15 ...... MON2M.5, Allan, Milan P.Almeida, Ab´ılio ...... TUEp.MAT.12, . . .FRI1F4.3 Alexandr, VasilievAlexeenko, Alexandr . .TUEp.MAG.20 Alfi, Valentina ...... AlShaikhi, Abdullah A. Alsmadi, Abdel Khaleq Al-Sugheir, Mohamed Altimiras, Carles ...... Altukhov, IgorAmado, Mario . . . . .TUEp.SEMI.63 . . . . TUEp.SEMI.51, Amann, Markus-ChristianAmara, Mehdi FRI2A.2 ...... Amarande, Luminita

Index hrbn,Rbro.THUp.SUP.24 ...... Roberto Cherubini, .WED2F6.3 . . Andrey Cherstvy, Liudmila Chernenko, TUEp.SEMI.46 ...... Alexei TUEp.SUR.62 Chepelianskii, . . . . Tim Chen, Sergei Chekalin, .THU2C.1 . .TUEp.SUR.31, WED1F4.2 ...... Arcady . . . Chaplanov, . . . . THU1F1.1 Taihyun . . Chang, . . Jun Chang, R. Neil Champness, WED2F6.3 ...... W. . . Thomas Chamberlain, Kyrylo Chalyy, . . . . TUEp.MAG.29 Alexander . . Chalyi, . THU2F3.4 . Chacón, . Ricardo Grégory Chaboussant, TUEp.SUR.34 . TUEp.SUR.45, ...... Cháb, Vladim´ır .TUE3M.2, . . . Florin . . Cerbu, . . . . THUp.LIQ.3 . . Cinzia THU3F3.4 . Cepek, . . . . THUp.BIO.29 Massimo . . Centazzo, ...... Federica . . Celegato, . . . . Fabio Cecconi, . . ciro cecconi, Stefano Cazzato, THUp.LIQ.1 . . . Marco . . Cazzaniga, . . . . Enzo Cazzanelli, Maria WED1A.2, Cazacu, . . . FRI2M.4 ...... MON1M.2 Antonella . . Cavanna, . . . . Antonela THU2F1.4 Cavanna, . . . Ornella THU3F3.5 Cavalleri, . . . . WED1F6.3 Emanuele . . Cavaliere, . . . . Jean-Yves Cavaille, TUE2M.2 Andrea . . Cavagna, . TUE3M.3, ...... Alessandra Catellani, .FRI1F.4 . . . . . A . . Catellani, . . . . . Vittorio TUE3A.4 Cataudella, Paola Castrucci, H. Antonio Neto, Castro . . . THU2A.3 . . Antonio . . neto, . . Castro . . . V. . Eduardo Castro, .TUEp.MAT.34 . . Alberto Castro, Marco Castriota, Carla Castellarin-Cudia, TUEp.MAG.33, . . TUE1F4.1, Carlo . Castellano, . . . MON1F3.1 . . . WED1F3.2 Claudio . . . . Castellani, . . . . Nicolás TUEp.CUL.5 Cassinelli, ...... Francesca . . Casoli, . . . TUEp.CUL.3 . . Antonella . . Casoli, . . . . Eugenio THUp.LIQ.13 Casini, . . . Cinzia Casieri, TUEp.SEMI.26 MON2C.4 . . . . Michele . . Cascella, . . . . Bogdan Caruntu, TUEp.MAG.16 TUE3F4.3 . . . . Flavio . . Carsughi, . . . . Stefano Carretta, Pietro Carretta, TUEp.SUR.42 TUEp.SUR.32 THU1F1.1 THUp.LIQ.48 FRI2M.1 THUp.SUR.6, TUEp.SUR.65, • WED1A.3 THU3M.3 TUEp.SUR.11 THU1F1.3 THUp.BIO.14, TUEp.MAG.34 FRI2F4.4 THU2F4.3, THU1F4.1, H113 THU2F1.4 THU1F1.3, • • TUEp.SEMI.69 • TUEp.MAT.34 THUp.LIQ.52 • • • WED2F6.3, • WED1A.2, • • THU1F4.3 • WED1C.4 TUE3A.4 TUE3C.4 FRI2F4.2 22 nd eea ofrneo h odne atrDvso fteErpa hsclSociety Physical European the of Division Matter Condensed the of Conference General odr aiir TUEp.MAT.15 ...... MON2F4.3 . Kazimierz . . Conder, . . . . Lucia TUE1C.3 Comez, . . . . TUEp.SUR.34 Armin . . Comanac, . . . Massimiliano Comai, Serghei Colun, . . . . . Lucio THU2M.1 . . Ciacchi, . . Colombi . TUEp.MAG.5 ...... Juan . . Colmenero, . . . . . Christian . . Colliex, . . . Eric Collet, .MON2C.2 . . Giuseppe Colizzi, TUEp.MAT.23 . Massimiliano . THU2F4.4 . Coletta, ...... Jonathan . . Coleman, . THU3F1.4 . . . . Marco . . . Coisson, . . . Lesley TUE3F6.4 . Cohen, . . . THU3F1.1 . . Juan . . . . . Climente, . . . . Clément, David Torben Clausen, ...... Lidia . . Magdalena Ciurea, Sergio TUEp.SEMI.52, Ciuchi, ...... Roberta Citro, THUp.SUR.9 . . Antoni Ciszewski, TUEp.MAT.27 . Alessandro Ciorba, Marius Cioangher, . . . . . TUEp.MAT.26 . Michele Cini, .TUEp.MAG.14 Roberto Cingolani, Nicanor Cimpoesu, THU3A.2 ...... Roberta . . Maria . . Cimberle, . . TUE3M.3 . . Volker . . Cimalla, . . . . Stefano Ciliberti, Giancarlo Cicero, THUp.SUR.36, . THUp.LIQ.34 . . . . Giovanni Ciccotti, TUE3F4.4 . . . . Chiara . . Ciccarelli, . . . THUp.SUR.9 . . Gianluca . . Ciatto, . MON2C.2 . . . . . Regina . . Ciancio, . . FRI2F4.3 . . Simone . . Cialdi, . . . . Chiara Ciaccio, TUEp.SEMI.67 Andrey Chubukov, Alicja Chruscinska, TUE3C.2 ...... Theodore TUE3A.5 Christidis, . . . . Peter . Christianen, THU3A.2 ...... Tanzina . Chowdhury, . . . . Chung-I THUp.SUR.24 Chou, . THU2C.1 . . . . . Soojeong . . Choi, . . . . Jun-Hyung Cho, . Donghyun Cho, . Alexandre Chmel, Alexander Chizhik, TUEp.SUR.9, ...... Konstantin Chishko, Mirco Chiodi, . . Irinela Chilibon, TUE2M.1 ...... THU2C.2 Liviu . Chibotaru, . . . . . Piero . Chiaradia, . THUp.SOC.4 . . Chloé Chevigny, Alessandro Chessa, TUEp.SUR.41 • • THUp.LIQ.33, THUp.SUP.9, FRI2M.3, TUEp.MAG.34 TUEp.MAG.33, THUp.BIO.11 • • THUp.SUP.4, TUEp.MAG.2, • • • TUEp.SEMI.53 THU2F4.1 THUp.SUR.45 TUE1F1.3 TUEp.MAT.33 THUp.SUP.11 TUEp.SUR.55, • THUp.LIQ.34 • • THU3F3.3, • • • • TUEp.MAT.14, TUEp.SEMI.33 • TUEp.SUR.60, TUEp.SUR.54, • • TUEp.SUR.33 • TUEp.MAG.6 THUp.SOC.9 THUp.SUR.7 THUp.LIQ.9 • • • • • MON2M.1 THU3F3.4 THU1F6.1 • THU3M.4 THU3C.1 FRI2F3.3 acy,Jck... . THUp.LIQ.46 . . . . THU2C.2 . . . . . Jacek . . Damczyk, . . . . .TUE1C.3 . Bernard . . Dam, . . Florent Dalmas, Mauro Serra, Dalla TUEp.SUR.50, . . Andrea . Corso, Dal WED1F4.3, . Pinchas . . Dahan, . . . . TUEp.SEMI.71 . . Dario . Daghero, . . . . Beatrice Dagens, Sergio D’Addato, THU1M.3 . WED2M.4 . . . Francesco . . D’Acapito, . . . . Marcin THUp.BIO.3 . Czubanowski, . . . . Oscar Custance, THU1F3.2, . . . Stephen . . Cusack, . . . . Mario . Cuoco, . . . THUp.SUR.9 . . . . . Hristu Culetu, . Marco .WED2F6.4 . . Cuffiani, . . . . Elmira Cuculescu, Riccardo Cucini, WED2F1.1 ...... MON1F6.2 . . . Mugumaoderha . . . . Mac . . Cubaka, . . . . Ferenc Csikor, . . . Andres Cruz, .WED2F4.2 . . . . . Luigi . . Cristofolini, . . MON2M.3 . . . . Gerardo . . . Cristofano, . . . Vaju Cristian, . . . . Flavia Crispoldi, THUp.SUR.40 . . Alessandro Cresti, Adeline Crepieux, MON1F3.3, . . . TUE2F4.4 . . . . .TUEp.MAG.14 . . Mihail-Liviu . . Craus, . . . Liviu . . Mihail . . Craus, . . . . Luis TUEp.MAG.15 . TUE1F6.3 Craco, ...... Vasile . . . Cozan, . . . fabrice cousin, MON1F6.2 ...... Eric . . Courtens, . . . Grazia Cottone, Maria Cotallo, .FRI2F3.3 ...... Margarida . Maria . .TUEp.SUR.58 Costa, . . . . Fabrizio Cossu, Maurizio .MON2M.1, . Cossi, . . . . . TUEp.MAG.16 ...... Albano . . Cossaro, . . . . Maurizio Corti, TUEp.MAT.25 MON2F4.4 . . . . . Martina . . Corso, . . . . .TUE3M.4 Tatiana . . Correia, . . . . . Eberth Correa, . FRI2A.4 . . . . Valdis . . Corradini, . . . . Dario Corradini, TUEp.SEMI.58 Riccardo Corpino, . . Alexandru . . Corovai, . . . . Stefano Corni, .TUEp.MAG.14, . . THUp.BIO.11 . . . Nicoleta .TUE1M.2 . Cornei, . . . . . Lorenzo . . Cordone, . Cordón, Javier THUp.LIQ.4 TUEp.SEMI.44, ...... Fabrizio Cordella, Claudio Conti, O233 FRI1F.2 MON2F3.3, • TUEp.SUR.21 TUE3F4.4, THUp.LIQ.38 TUEp.MAG.21 • TUEp.MAG.25, TUEp.MAG.24, TUEp.MAT.12 THUp.BIO.14 • TUEp.MAG.27 TUEp.MAG.25, TUEp.MAG.24, FRI2A.4 WED1F4.4 TUEp.MAG.27 THU3M.3 • THUp.SUP.25 • • • • TUEp.SEMI.14 • • THUp.LIQ.38, TUEp.SUR.25 • THUp.BIO.11 • THUp.LIQ.12 THUp.LIQ.26 THUp.BIO.7 THUp.LIQ.2 • • • • • THU2F3.3 THU2F1.3 TUE3M.3, TUE2F4.2 TUE1M.2 99 eree oe .THUp.SUR.18, . . . .THUp.LIQ.50 . TUE2M.1 ...... Jozef . . Devreese, . . . . Arnaud . MON1A.3 Devos, . . THU3F3.1 . . . Trevor . . Derry, . Konstantin Dergachev, S. Brian Dennis, .FRI1F.1 .TUE2F1.3, Marie-Fran¸coise . . . THUp.SUP.8Denanot, ...... Pietro Delugas, Jan .WED1F4.3, . Dellith, . . . . TUE2M.4, . . Debora . . Delaude, . . TUE3M.4 . . Rodolfo Sole, Del Umberto Pennino, del . . Marcelo . . . Castillo-Mussot, . . del . . . . Tatsiana Dekola, Elena Degoli, Riccardo Degl’Innocenti, .TUEp.SEMI.8 . . Cristian MON1A.2 . . . Boschi, . . Esposti . . Degli . . Anne Visser, de Carlos Souza, de ...... Giorgio Simoni, De Silvia Santis, De Giorgio Pier Lucentini, Sanctis De . . . Davide . Salvador, . . De . . Valentina Renzi, De Stefania Palo, De WED1F6.2, . Cristiano Michele, De e eii ua...... TUEp.SEMI.48 Luca Medici, de’ .TUEp.CUL.3 . Fabio Medeiros, de Francesco Luca, De MON1F3.1 . . . . Chiara Anna Luca, TUEp.MAT.26De Fanny . . Iglesia, .THU1F4.3 . la . . de . . Milena FRI1F.4 Giorgi, . De . . TUE1F1.1 Giulio . . Filippis, . . De . . Maurizio Crescenzi, De .MON2F6.4, . Marc . . Boissieu, . . de . . . . .TUE1F6.2 ...... Fred . Davis, . . . . Frederic Datchi, Matteo d’Astuto, Ashok Mahapatra, Das WED2F4.4 . . . . . Edward Darzynkiewicz, Antonio D’Arrigo, Elena TUEp.SUR.54, . Maria . . Darecchio, . . Hung Vu Dao, THUp.SUR.28, . . . . Cristian Dantus, . . Dmitro Danilyuk, .TUE2F4.2 . . . . Sergey Danilov, Braithwaite Daniel, Milan Damnjanovic, • TUEp.MAT.21 WED1F4.4 FRI1F.4 THUp.LIQ.13, • TUEp.SEMI.62 THUp.SUP.15 • • TUEp.SEMI.33 • THUp.SUP.1 • FRI1C.2 THUp.POL.27, • THUp.BIO.3 • TUEp.SUR.55 THUp.SUR.32 THU1F1.4 TUEp.MAT.20, THUp.SUP.10 THUp.SOC.13 TUEp.SEMI.66 THUp.LIQ.53 THUp.LIQ.41 THUp.BIO.4 THUp.POL.15 TUEp.CUL.5 • • • TUEp.SEMI.22 TUEp.MAT.31 THUp.SUR.37 • • MON2F4.3, • • • • THU1F4.2 TUE3F4.1 MON2C.3 TUE3M.4 TUE1A.2 ur itr...... FRI2M.1 . Rafal . . Dunin-Borkowski, . . . . Jacques . . Dumont, . . . . Evgheni TUEp.MAG.15 . Dumanov, . . . Viktor TUEp.MAT.1 Dudr, . . . . isabelle dubois, .THU3F6.3 . . . . Irina Dubnikova, . . . .THUp.BIO.1 . Alexander . . Dubkov, . . .THUp.BIO.1 . . . . Nikolay . . . Dubinin, . . .THUp.SUP.8 . . . . . Larisa . . Dubey, . . . . Igor Dubey, TUEp.MAG.21 MON2F3.5 . . . . . Sergey . . Dub, . . . .THU1F3.1 . Wolfgang . . . Drube, . MON2F3.2 . . . . . Vadim . . Drozd, . . THUp.POL.7 . . . Giovanni . . Drera, . . TUE3F1.1 . . . . Vaclav . . Drchal, . . . . . Rusu Dragos, .THUp.POL.17 . . . Mark . Dowsett, . . . . Eugene Dovolnov, .WED2F3.4 . . . . Helmut THU2F6.2 Dosch, . . . Rurik Doroshenko, THUp.SUR.27 Sergey TUEp.SEMI.1 . Dorogovtsev, . . .THU1M.1 . Ekaterina . Donenko, . . . F . . John . . Donegan, . Doná, Enrico THUp.SUP.2 . . . TUEp.MAT.11Dom´ınguez-Adame, Francisco Gerardo TUE1C.1 . Domarco, . . N. . Galina TUEp.SUR.10 Dolgova, . . . Christopher THUp.SUR.22 Dobson, . . . Andriy Dmytruk, .THUp.SUR.33 . Andrij Dmytruk, Nicholas .TUEp.SUR.10, Dmitruk, ...... Igor Dmitruk, Sasa Dmitrovic, .TUEp.SEMI.6, . . . THUp.LIQ.23 . Anahit . . Djotyan, .TUEp.MAT.10 . TUE2F4.2 . . . Djaˇcanin, . Ljubica . . Herbert Dittrich, Roditchev Dimitri, ...... Panagiotis Dimitrakis, Gildas TUEp.SEMI.55, . Diguet, . . . . TUEp.MAG.17 . . . . TUE1M.1 Enrique . Diez, . . . . THUp.SUR.19 . Bernard . . . Dieny, . . . . Clément Didiot, THU1F3.1 . Mihaela Diciu, . . . A. Yu Diaz-Fernandez, Arezoo Dianat, .MON2M.2, Francesco . . Liberto, . . di . . . .THUp.LIQ.3 . . . . Rosa .WED1F1.3 Felice, . . Di . . Andrea Cicco, Di THU3F4.4, . Daniele . . Castro, . . Di . Carlo Castro, Di WED2A.1 . . . . Alessandro . . Bona, di . . .MON2C.2 . Sukhdeep . . . Dhillon, . . R. . . Roberto Deza, Sylvia Dewilde, TUEp.SEMI.24, T. Jozef Devreese, TUEp.SEMI.68 TUEp.SEMI.65, TUEp.SEMI.60, TUEp.SEMI.55, TUEp.SEMI.51, • • TUEp.SUR.36 TUEp.SEMI.68 TUEp.SEMI.61, • TUE3M.3 FRI1F4.2 • TUEp.SEMI.27, THUp.SUR.22 TUEp.SEMI.31 THUp.SOC.11 THU2F3.3 TUEp.MAG.23, • THU3A.5 · • • • • • TUEp.MAG.21 TUEp.MAT.20 TUEp.SUR.41 TUEp.SEMI.3 uhr’index Authors’ • THUp.LIQ.29 THUp.LIQ.7 • • THU3F3.5 EPS14.1.2 are ai-lue...MON1M.3 . . . Fauré, Marie-Claude aoio naia...... TUE3A.2, ...... Annalisa . . Fasolino, . . . . TUEp.SUR.53 . . . . Mattia Fanetti, Marco Fanciulli, at,Jn ...... Jens Falta, ac,Guep . . Giuseppe . Falci, .WED2A.2, . . . . Falcão, . . Vivienne . . . FRI2M.4, . . . Jerome . . Faist, . . . . TUE1M.1 . Giancarlo Faini, MON2F3.5 Yannick .TUE3C.3, Fagot-Revurat, . . Fran¸cois . . Jean . . Fagnard, . . . . . TUE1F4.1, Paolo . . Facci, ...... THU2A.1 . . . . . Michele . . Fabrizio, . . . WED1F3.2 . Stefano . . Fabris, . . . . Jaroslav Fabian, TUEp.SEMI.17 . . Simone TUEp.SUR.24 Fabbrici, . . . . TUEp.SUR.25 Anatoliy . . Evtukh, . . . . Anatoli Evtukh, .TUE2F4.2 . . Igor . . Evtodiev, . . . . Dumanov . Evgheni, . . . Janod Etienne, Markus . . . Jan . . Essen, . . . . . Carlos . . Escudero, . . . . THUp.BIO.7 Christian . WED2F3.1 . Ertler, ...... Ayse . . Erol, . . . Victor Erokhin, .WED1M.4 . .THUp.SUR.27 . . Arthur . . MON1F3.3 . Ernst, ...... Galina . . Ermolaeva, . . . . Olle Eriksson, FRI2A.2 . . Raul . WED1F4.2, . Erhan, . . . . Ilya THU1A.1 .TUEp.SUR.42 . Eremin, ...... Roland . . Enzmann, ...... Matvey . . Entin, . . . . Klaus Ensslin, THUp.LIQ.49 . Tilman .THUp.LIQ.50 Enss, . . . THUp.POL.27 . Yoshihisa . . . Enomoto, . . . WED2C.3, Patrick . Emery, . . . . . Delyth . . Elliott, ...... Mady Elias, Popova .TUEp.SEMI.30, Elena, . . . FRI2F4.1 ...... Matei . THUp.SUP.8 . Elena, . . . Toshikazu Ekino, TUE1F1.2 . . Michael . . Eisterer, . . . TUE2A.3 Ruediger-A. . Eichel, . . . . Claude Ecolivet, .THUp.SUP.3 Michael Dzierzawa, Safarali Dzhumanov, ...... TUE1A.1 . . . . Volodymyr . . Dzhagan, . . C. . . Jeppe Dyre, Benjamin Dwir, MON1F1.2 ...... Ermuhammad Dushanov, Lothar Dunsch, TUE2F6.2, THU2F1.4 • THU3F4.5 WED2F4.4, FRI1A.2, WED2A.3 WED2F3.2 THUp.BIO.18 FRI2F4.4 THUp.SUP.14, TUEp.CUL.1 TUEp.MAT.18 • TUEp.SEMI.7, • • THU3F1.1 THU2M.2 THUp.SUP.3 MONPL.1 • U345 WED2F4.3, TUE3F4.5, • THUp.POL.24 • TUEp.SUR.4, • • • • • TUEp.SEMI.70, • • TUEp.SEMI.43 TUEp.SEMI.42 THUp.SUR.29, • TUEp.MAG.20 TUEp.SUR.18 TUEp.SEMI.4 TUEp.MAT.8 • • • • WED1F6.1 • WED2M.2 • • TUE3M.2, TUE3M.1 THU2A.1 FRI2F4.3 FRI1F4.2

Index FRI2C.3 • THU1A.1 • THUp.LIQ.21 THUp.BIO.21 TUEp.SUR.36 • • • TUEp.MAG.15, TUEp.SEMI.30, WED2M.4 • • • TUEp.SUR.65, TUEp.SEMI.16, THUp.SUR.22 TUEp.MAT.18 THUp.LIQ.24, THUp.LIQ.25 THUp.POL.8 FRI1M.3 • • TUEp.SUR.58 • THUp.POL.8 THUp.BIO.3 TUEp.SUR.63 • THU2C.2 • • THUp.POL.24 Iori, FedericoIori, Francesco . . . . .Iovu, . . Mihail ...... FRI1F.3 ...... THU3M.3 Iozzi, . . . Maria TUEp.SEMI.15, Francesca Irace, GaetanoIslamov, Ahmed . . . .Ismer, . .THUp.BIO.22 Jan-Peter . . .Isopescu, TUEp.MAG.27 Raluca . . . .Iuga, . . Alin . . . . . FRI2F4.3 TUEp.MAT.14 Iuliana, Caraman ...... Iuliana, THUp.POL.7, TUEp.MAT.27 Lazar . . . . .Ivankov, . .THUp.POL.7, AleksandrIvchenko, Eugene .TUEp.MAG.27 Iwamatsu, Masao . . .TUEp.SUR.49 Izumi, Toshiko . . Izús,Gonzalo G. . . . .J, . . Lagoute ...... THU3M.1 THUp.LIQ.29 Jabeen, Fauzia . . .Jan, . . Lüning ...... Jankowska-Anyszka, . . TUEp.SEMI.18 Marzena . . . WED2M.1 ...... WED1F3.4 Jean Marie, GeorgeJedrzejewski, Jedrzej . . . . TUE1F3.3 Jel´ınek,Pavel ...... TUEp.SUR.45, Jendrysik, Christianjestin, jacques ...... FRI2A.2 . . . Jiang, XiuqianJosse, Vincent . . .Jouault, . Nicolas . . . .Jovanovic, . . Vladimir ...... TUE3F6.4 Julian, . . Milano ...... THU2C.2 .Jupille, . TUE1A.4 Jacques . . . .Jurczyszyn, . . Leszek . . . . .WED1F3.4 . .Kaciulis, . . Saulius . . . WED1M.3 . THUp.SUR.7 Kadan, Viktor . . . . TUEp.MAT.4 . . . .Kafri, TUEp.SEMI.15, YarivKagan, . Miron ...... TUEp.SEMI.63, Huard, MickaëlHugenschmidt, . . Christoph ...... TUE1F1.2 Huisman, Bastiaan A. H. Hulicius, EduardHwang, Ing-Shouh . . .TUEp.SEMI.25 Hyla, Malgorzata . .TUEp.SUR.14 Iancu, Vladimir . . .Ibarra, THUp.LIQ.47 M. . . Ricardo . .Ievtukh, TUEp.SEMI.53 Valerii . . .Iglic, . .MON1F3.1 Ales . . . . Igreja, Rui . . .Ihn, . . Thomas ...... Iijima, . . THUp.LIQ.43 Sumio . . . . . TUEp.MAT.33 . .Il’ichev, . . Evgeniy ...... Inacio, . . Paulo . TUEp.MAT.22 . . .Iniotakis, . . Christian . . WED2F4.1 . . .Ioanid, . . Aurelia . TUEp.MAT.33 . . .Iomin, . THU1F3.3 Leonid . . . .Ionut, . . Enculescu . . . THUp.LIQ.1 ...... THU2F4.2 FRI1M.1 • TUE3F4.2 TUE2M.4, TUE2F4.1, TUE2F6.1, WED1M.4, • • • • • Authors’ index THUp.BIO.20 TUEp.MAT.7, TUEp.SEMI.56 TUEp.SEMI.71 TUEp.SEMI.49 • • · • • • THUp.POL.22 • FRI2A.3, THU3F1.1 • TUEp.MAT.13 THU3C.4 THU3F4.2 THU3C.3 THUp.LIQ.39 THUp.SUR.43 • • • THUp.SUR.45 THUp.SUP.12 THUp.SUR.31 • THU3F4.3, THUp.SUP.12 • THUp.POL.21, Hohenester, UlrichHommel, Detlef . .TUEp.SUR.59 Homoth, J . . . .Horsch, THUp.SUR.29 Peter . . . .Hospodková,Alice ...... TUEp.SEMI.25 .Hosseini, . . . . Somayeh . . TUE2M.2 . .THU1F3.4 Hou, Jun-HuaHristu, Radu . . . .Hu, . . Wenbing TUEp.SUR.61 ...... TUEp.SEMI.38 . . .Huang, . . Jian . THUp.POL.9, ...... Gustavsson, SimonGüttinger,Johannes . . . .H, . . .THU1A.1 . Bulou . . THU1A.1 Habisreuther, Tobias . . . .Hadacek, . . .THUp.SUP.8 Nicolas . . . .Hadjicontis, . . Vassilios . . . . WED2M.1 . .Hafermann, . . MON2F3.1 Hartmut . . . TUE1F1.3 . Haidar-Ahmad, Diala Halley, DavidHamaya, Kohei . . . .Hambrecht, . . Ben ...... hamciuc, TUE1F3.2 THUp.SUR.34 Viorica . . . .Hansen, . . Jean-Pierre . . . TUE3F6.4 . THUp.POL.25 Hansmann, Philipp THUp.POL.26 . . . Haramus, VasylHartnagel, Hans . . . .Hasan, . . Raed . . . MON1F3.3 . .Hauguth TUEp.SUR.24 Frank, . Sindy ...... TUEp.SUR.46 Haupt, FedericaHealy, Sorcha . . JohanHébert, . . . . Heck, . . Susannah . . . .Hedenqvist, TUEp.MAG.5 Mikael . . . TUEp.SEMI.71 Heilmann, Frank . . . . . MON1C.3 . . . .Hekking, . Frank W. J.Held, Karsten . .WED1F4.5 . . . .Henk, . . Jürgen . . . TUE2F4.1, Henning, . . Sören . . . .Henri, . . . . Jaffrès . . . WED2F3.1 . . .Hentschel, . . . . Martina . . FRI2F3.1 . . .Henze, . . Oliver . . . TUE1F3.3 . .Henze, MON2F1.2 Thomas . . . .Herman, . . Pavel ...... HernándezM, . THUp.POL.11 Guadalupe TUE3C.2 . . . . Hernández,Maria Cristina Hernandez, YennyHeun, Stefan . TUEp.MAT.23 Hey, RudolfHiebel, Fanny . . . .Hirmer, . . Michael ...... Björgvin . .Hjörvarsson, ...... TUEp.SUR.23 . . FRI2M.2 . WED1M.4 Hlil, El KebirHoesch, Moritz . .Hofer, . . Werner . . A...... Hofmann, TUEp.MAG.7 . . Stephan . . . THU1F4.2 .Hogan, . . Conor ...... THU1F1.3 ...... TUE3F3.2 THU3F1.2 THU1F4.1 MON1F3.1 • • • • THUp.SUR.40 THUp.SUP.21, • • TUEp.SEMI.51 MON2F6.3 TUEp.SEMI.50 TUEp.MAG.29 TUEp.SEMI.11 WED1F4.4 TUEp.MAG.29 THUp.SUP.2 • • TUEp.SUR.2 TUEp.MAT.16 FRI1F3.2 THUp.SUP.22, THUp.SUP.24 • THUp.LIQ.2 THU2F1.3 • TUEp.MAT.16 Goya, Gerardo ...... Goncalves, GuillaumeGoniakowski, Jacek . . .Gonnelli, THU3A.4 Renato . . S. . . WED1M.3 . .González,Jorge . Alberto WED1F4.3, Gonzalez, Julian Higinio González-Jorge, . . . . TUEp.MAG.6 González-Santander,Clara Goovaerts, EtienneGorbanyuk, Tetyana . THUp.SUR.30 Gordillo, THUp.SUR.37 AntonioGordillo-Guerrero, Antonio ...... MON1F6.2 Gorini, CosimoGospodarev, Igor ...... TUEp.SUR.1, TUE2A.3 Gospodinov, Marin . . .Governale, . TUE2F1.2, Michele . . . Gozzelino, Laura . Gurrera, DavideGuseva, Valentina . . . . .Gusin,l . . Pawe . .THU3F6.2 . .THUp.LIQ.45 ...... TUEp.MAG.11, Gragnaniello, LucaGrajcar, Miroslav . . . .Grazú,Valeria . THU2F3.3 . . . . .Grech, . . . . Eugeniusz . WED2F4.1 . . . .Greco, .MON1F3.1 Giorgia . . .Gremaud, TUEp.MAT.3 Robin . . . .Gribova, . . Nadezhda . . . THUp.LIQ.3 . .Griesbeck, THUp.LIQ.46 Michael . .THUp.LIQ.42 Griessen, RonaldGrigera, Tomas . . . .Grigoras, THUp.LIQ.46 Vasile . . Cristian ...... WED1F6.3 Grilli, MarcoGrillo, Vincenzo . . . .Grimaldi, . . Claudio ...... Gross, . TUEp.SEMI.18 . E.K.U. FRI1F4.2 . . .Gross, . . Eberhard . . K. THU1M.2 . . U.Grosso, . . Giuseppe ...... THU2A.3 .TUE2A.4 . . TUEp.SUR.44, Gruia, Adrian SorinGrüneis,Andreas TUEp.MAT.32 Guardiani, . . Carlo . TUEp.SEMI.5 Guarini, Eleonora . . . .Guéron,Sophie THUp.BIO.29 . . . .Guerra, THUp.LIQ.10 . . Roberto . . . . .Guerrero, .WED1A.2 Luis . Emilio ...... TUE1A.2 Guettler, Bernd . . .Guidetti, . . Marco . . TUE2F1.2, Guidoni, Leonardo . . . .Guigou, . . Marine . . . MON1F6.2 . .Guinea, . WED2F6.2 Francisco . . . Gun’ko, Yuri . . . .Gunnarsson, . . Olle . . TUE3A.4 . . .Gunnella, . . Roberto TUEp.SEMI.46 ...... 100 FRI1F4.1 TUE3C.2 THUPL.1 MON1C.3 TUE2M.3, • THU2F6.3 THU3F6.1 • • TUE1F4.2, • • • • • THUp.LIQ.4 THUp.LIQ.44 • TUEp.SUR.49 THUp.SUR.44 • TUEp.SEMI.35 • • • THUp.SUP.24 • THU2F1.4 • EPS14.1.1 THU2F3.2 THUp.SUP.22, THUp.SUP.24 TUE1F6.2 TUE3M.2, THU2F3.2 • TUEp.MAG.30 FRI2M.4 THUp.SUP.22, TUEp.MAG.13 • TUE3F4.3 • TUEp.SUR.26 • TUEp.SEMI.44, FRI2A.4 THUp.BIO.14, THU1F1.3 TUEp.SUR.52, TUEp.SUR.59, THU3F1.3, THU3F1.4 Gargiani, PierluigiGarlaschelli, Diego . Gasymeh, Shawkat . . . . Gauger, Erik . . THUp.LIQ.35 Gauzzi, Andrea . . . .Gavioli, . . Luca ...... WED1A.4 . . . . THU1F4.2 .Gavrichkov, . . Vladimir . . . .Gawalek, MON2M.1, Wolfgang THUp.SUP.7 Gay, Frédéric . . . . . THUp.SUP.8 . .Gazzadi, . TUEp.SEMI.19 Gian CarloGebauer, Ralf TUEp.MAG.23 Gebhardt, Renate . Kerstin . . . . . THUp.BIO.14 Gedde, UlfGeim, Andre ...... Geim, . . . Andre . . K. . .Generosi, . TUE3A.1, Amanda ...... Gennser, . TUE3A.4 MON2F3.4, Ulf WED1A.2, WED1A.3, Gentile, PaolaGeorges, Antoine . . . .Gerbaldo, . . Roberto THUp.SUP.25 ...... THUp.SUP.21, Geshev, Julian . . . .Getzlaff, TUEp.MAG.12, Mathias . . . .Geysermans, . PascaleGhaderi, Nahid . . . WED1M.3 Ghigna, Paolo ...... Ghigo, . Gianluca TUEp.SUR.21, . . .Ghijsen, THUp.SUP.21, JacquesGhiringhelli, Giacomo . . . TUEp.MAG.21 Ghofraniha, Neda . . Giamarchi, Thierry . . . Giancarlo, Panaccione . . . . . THU2F4.3 Giannetto, MarcoGiannozzi, Paolo . . . .TUEp.CUL.5 Giardina, Irene . . . . .Gielen, . .MON2M.5 Jeroen . . .Gigmes, . . Didier ...... Giorgetti, . Christine ...... Giugni, . . . Andrea ...... THU2C.2 .Giunchi, MON2F1.4 Giovanni . . . . Giura, Paola . . THUp.SUP.21 . . . .Gladilin, . . Vladimir . . . .Glazov, THU1F4.2, Mikhail . . .THUp.SUP.10 Gocalinska, Agnieszka . . . Godino, JavierGoldmann, Michel . . .Goldoni, . . Andrea ...... MON1F3.1 . . MON1M.3 . . . .Goldoni, . . Guido ...... THU1A.3, Goldstein, RobertGoletti, Claudio . .Golovchak, TUEp.SUR.27 Roman . . .Golshan, . . Mohamad . . . . . Mehdi THUp.LIQ.24 TUE2M.1 FRI2M.2 FRI2F4.1 THU1C.2 • TUE1F3.1 • MON1M.3 MON2A.5, • WED2F6.1 WED1F1.2 WED2F1.3 WED2F3.4 MON1F6.1 MON2F4.4 MON2F3.1 • WED1F6.4, • • • • • • • • • • THUp.LIQ.50 THUp.LIQ.13 TUEp.SUR.15 TUEp.MAT.6, • • • • TUEp.MAG.17 • THUp.SUR.18 TUEp.MAG.13, TUEp.MAT.11 THU3A.4 • THUp.LIQ.42 THUp.SUR.35 • THUp.SOC.6 TUEp.SUR.46 • THUp.SOC.13 WED2F3.3 Forro, LaszloFoulon, Sven . . . . .Fowler, . Phillip ...... MON1F1.3 .Franciosi, . Alfonso . .THUp.SOC.5 . . . .Franck, . . Vidal . . . . TUEp.SEMI.33 .Franke, . Katharina FRI2C.2 . . .Franz, . . . Silvio . . TUEp.SUR.26 . . .Franzese, .WED1M.1 Giancarlo . . . .Fratini, . . Simone . . . . . Freire, Hermann . . .Freitas, . . Paulo ...... THU3M.4 .Frenkel, . Daan . . . .Freund, . Hajo ...... Freund, . . Hans-Joachim . . THUp.SUR.3 . . .Friedland, . . Klaus-Juergen . . . TUEp.SUR.6 WED1M.2 Frigerio, Jean MarcFrigerio, Jean-Marc . .Fromherz, TUEp.CUL.1 Thomas . . . . .WED2C.3 TUEp.SEMI.37, Fruchart, DanielFuji, Jun . . . .Fulde, TUEp.MAG.7 Peter . . . .Furrer, . . Albert ...... Furthmueller, . . . Juergen ...... TUE1M.3 .WED1F4.2 .G, . . Rodary ...... Gabl, FRI1F.4 Martin . . . .Gabovich, . . . Alexander . . . . M...... WED2M.1 . . .WED2M.3 Fomin, Vladimir M.Fomin, Yury TUEp.SEMI.24 . . . . .Fontaine, . . Philippe . . Fontana, Marco . . . . Foot, Peter . Jonathan . . Samuel . . THUp.BIO.7 Foret, Marie ...... Gabriel, LazarGadjiev, Bahruz ...... THUp.POL.7 . . Ganichev, SergeyGarad, Houmed . . TUEp.SEMI.22 . . . TUEp.MAG.12, Fomin, Vladimir ...... Gadomski, AdamGagat, Angelika . . . .Galakhov, . . Vadim . . . . .TUEp.MAT.5 Galazka, Miroslaw . . .Galbova, TUEp.SEMI.9 . Olga ...... Galera, . TUEp.SUR.12, Rose MarieGalera, Rose-Marie . .Galinetto, . Pietro . . . .Galistu, . . Gianni FRI2F3.4 . . . .Gallego, . . Luis . THU1F3.1 . . .Gallina, . . Maria TUEp.SEMI.8 . Elena . . .Gallo, . . Paola TUEp.MAG.32 . .THUp.LIQ.9 Gallo, Pascal . . . .Galtsov, . . Nikolay . . . N. . THUp.LIQ.26 ...... Gammag, . Rayda TUE1A.1 . . Garbuio, VivianaGarcia Naumis, . . Gerardo . Javier Garc´ıa-Barriocanal, Garc´ıa-Hernández,Mar WED2F3.3 Gareeva, Zukhra . . . . . General Conference of the Condensed Matter Division of the European Physical Society nd 22 FRI1F6.3 TUE1A.1 TUEPL.1 THU1A.3 THU2A.2 TUE3F4.3 • • • • • WED1M.3, MON2M.2, • • • TUEp.MAG.7, TUEp.MAT.12 THUp.POL.12, TUEp.MAG.33, • • • • THUp.SUP.13, • THUp.SUR.23 TUEp.MAG.12, TUEp.MAG.13, WED1F3.3 MON2F4.1, THUp.SUP.13, THUp.BIO.13 THUp.POL.22 TUEp.SUR.2 MON1F6.2, MON2F6.3 WED1M.1 THUp.POL.23 • • TUEp.MAG.17 TUEp.MAG.34 MON2F4.1, THUp.SUP.23, TUE2F1.3 THUp.SUR.14, THUp.SUR.21, THUp.BIO.23, TUEp.MAT.24 TUEp.SEMI.33, MON2M.5, • TUE3F3.4 MON2F3.4, TUEp.MAG.30 TUEp.SEMI.34, FRI2F3.3, • THUp.SUP.23, TUE2F1.3 TUE3F4.4 THU3F1.1 MON2M.3, THUp.BIO.14 Feast, JimFedericoni, Francesco ...... Fehér,Titusz . . . TUE3C.2 .Feijoo, . . Jose . . Luis . . . . .WED2F3.3 .Feiner, . THUp.POL.21, Louis-FelixFelici, Marco . . . .Feodosyev, . Sergey THU1F3.4 ...... TUEp.SUR.1, Fernandez, LauraFernandez, Luis . . Antonio . . . . . TUE1M.2 Fernandez-Torrente, Isabel Ferrante, LuigiFerrari, Franco ...... THUp.BIO.24 . . Ferrari, Giulio ...... Ferrario, MauroFerraro, Luca . . . .Ferraz, THUp.SUR.11 Alvaro . . . .Ferreira, . Welberth ...... Ferrer, WED2F6.2 . . Jaime . .MON2F4.4 Ferretti, Andrea ...... TUEp.MAG.32 . . . . . Fettar, Farid ...... Figge, StephanFilatrella, Giovanni . . . . .THUp.SUR.29 . . . . . Ferretti, Maurizio Ferriani, PaoloFert, Albert ...... WED1F3.5 ...... Filibian, MartaFilipe, . Eduardo . . . .Filippetti, . . Alessio ...... MON1M.3 . . . . FRI2F3.3, Filippo, Emanuela TUEp.SEMI.41, Filippone, Francesco Finley, JonathanFinocchi, Fabio ...... FRI2A.2 .Fiorani, . . Dino . . . .Fiore, . . Roberta . . . MON1F3.2, Fiorentini, Vincenzo ...... THUp.BIO.23 Fioretto, DanieleFischer, Milan . . . .Fischer, . THUp.LIQ.9 Saskia . . F. . .Fischetti, . . Massimo . . . .WED2A.3 .Fittipaldi, . . Rosalba . . TUEp.SEMI.32 . . . .Fix, .THU1F3.2, ThomasFlege, Jan . . Ingo ...... Floreano, . . TUE1F3.2 .THUp.SUR.29, Luca ...... MON2M.1,

Index i,JnSn WED1F4.3 ...... THU2A.4 ...... Kyungsik . . Kim, . . Sung TUE3C.2 Jun . . . Kim, . . Sub . .TUE1M.1 Chang . . Kim, . . . . Andreas Kilbinger, TUEp.SEMI.22 FRI2F3.1 ...... Bertrand . . Kierren, . . . TUEp.MAG.26 . Josef . . Kiermaier, . . .TUEp.SUR.35 . . . Jochen . . Kienert, . . . THU3F3.1 . Adam . . Kiejna, . . . THUp.LIQ.40 Oleg . . Kibis, . . . . Vitalij Khrustalev, Vitaly Khonik, .THU2F1.4 . . Vladimir Khomchenko, Iskandar TUEp.MAG.1, Kholmanov, ...... Andrei THU1F1.1 Kholkin, . Alexei . Khokhlov, . . . N. . Andrei Khlobystov, . . . Eugene Khatsko, Rustem THU1F3.4, . Khasanov, . THU1C.3 ...... Giniyat Khaliullin, Pavel Khalatur, TUEp.SEMI.39, ...... FRI2F4.2 ...... Piotr . . Khadzhi, . . . . TUEp.SEMI.1 Janos . . Kertesz, . . THU3M.1 . . . Manuel . . Kempf, . . . . Vincent Kelly, .WED1F1.3, . . Richard . . . Kellogg, . . . . TUEp.SEMI.31 . Hugo . . Keller, . . . . Eduard Kazaryan, THUp.SUR.34 . Ismet Kaya, .THUp.LIQ.24 MON1F1.2 . . . Minoru . . . Kawamura, . . . . Taras Kavetskyy, Ladislav TUE3A.2, . Kavan, . I. Mikhail TUE2F6.2, Katsnelson, . . THU3F4.3 ...... Mikhail .FRI1F6.2 MONPL.1 . . Katsnelson, ...... Andrey . . Katanin, . . . . Andrzej Kasprzak, T. WED1F4.4, . Kasama, ...... Janusz Karpinski, . . . Igor . TUE1A.1 . Karnaukhov, . . Biswajit Karmakar, Fredrik Karl Karlsson, THU3M.1 ...... TUE1A.1 . . Mahadevappa . TUEp.SUR.48 Kariduraganavar, ...... Bernard . . Kaptein, . . . . Sheetal .THU2C.1 Kapoor, . . . . . Eli THUp.SUR.24 . Kapon, . Michael Kapnistos, Ho Myung Kang, David Kammerlander, . . . . Kalvová, . Andˇela . . . . Galina Kalibaeva, Martin Kalbac, iihno la...... TUEp.SUR.29 . Olga Kirichenko, TUEp.MAT.5 . . . Albert .WED2F3.2 Kirakosyan, THU3A.2 ...... Vasyl . . Kinzhybalo, . . . THUp.SOC.10 . . Johannes . . Kimling, . . Tong-Ho Kim, Yong Soo Kim, • TUEp.MAT.25 TUE2F4.1 • • THU3F4.2 WED1M.4, TUE3A.3, • WED1F1.3 THUp.POL.27 • • TUEp.MAG.1 TUEp.SEMI.58 WED1F1.4 MON2F1.1 TUEp.SUR.59 THUp.SUR.42 • • • • TUEp.SEMI.40 • THUp.SOC.10 THUp.SUR.46 THUp.SUR.36 • TUEp.SUR.8, THUp.SUP.5 • • • • MON1F1.2 WED1F1.3 • THU3F3.1 • MON1A.3 THU1C.3 FRI1F6.1 22 nd eea ofrneo h odne atrDvso fteErpa hsclSociety Physical European the of Division Matter Condensed the of Conference General ota,Hla .FRI2M.2 ...... WED2C.2 . . . . Oleksandr . Kotlyar, . . . . . Helmar Kostial, Peter Kosovan, THUp.SUP.7 . Vjacheslav Korsukov, THUp.SUR.33 . . Maksim Korshunov, WED1C.4 Alexandr . . Korovin, . . . . Alexander Korovin, TUEp.SEMI.49, Alexei . Kornyshev, . . . . THU2F4.2 . THUp.SUR.22 ...... Tobias . . Korn, . . . . Petro Korenyuk, MON1F1.3 . . . Gad . . Koren, . TUEp.MAG.1 . . .TUEp.SUR.28 . . Korbély, . Barbara . . . Michal THUp.BIO.7 . Kopcewicz, . . . . Stefan THU3F1.2 Kooij, . . . . TUEp.SUR.31 Oleg . . . Konovalov, ...... König, WED1C.4 Jürgen . . . . Vladimir Kolos, THUp.SUR.42 . . . TUE1C.2 Anatoly . Kolomeisky, . . . THUp.SUR.8 . . James . . Kolodzey, . . . Yuriy . . Kolesnichenko, . THU2M.1 . THU1F4.1 . . Ralf . . . . . Koehler, ...... Daan . . Kockmann, . . . Mathieu TUEp.SUR.19 Kociak, . . . Erik .THU3F3.1 . . Koch, . . . . Tomasz . Kobiela, . . . TUEp.MAT.10 . . Mikchail . . . Kobets, . . . . Tuomas Knowles, Peter Knoll, THU2F3.2 ...... N. . . Serghei Klimin, Armin Kleibert, ...... TUE3F4.4 . Kläui, . Mathias . . Barbara Klajnert, . . . . Shunichiro Kittaka, TUEp.SUR.34 . TUEp.MAT.25 . . . . . Yuriy . . Kitsenko, . . . Elena Kiselyova, . . DA Kiselev, Stefan Kirschok, TUEp.SUR.5, . . . Jürgen Kirschner, rse er .TUEp.SEMI.5, . . . TUEp.MAT.10 ...... Georg . Kresse, . . . . Kurt WED1F4.3 . Krenn, . Juraj Krempasky, K. Reinhard Kremer, .TUEp.SUR.1 . Stanis .TUEp.SUR.30 law . Krawczyk, . . . . Kyrillo Kravchenko, Peter Kratzer, THU1F1.1 TUEp.SUR.19 . . . . Kˇrápek, . . . . Vlastimil Christian Kramberger, . . . . . Marco . . Kralj, . THUp.POL.26 Král, Karel THUp.BIO.2 . . Vincent Krakoviack, . . Viktor MON1M.3 Krakhmalev, . . . . Roman FRI2F4.2 . . Krahne, . TUEp.SUR.8 ...... Marie-Pierre .FRI2C.2 . . . Krafft, ...... Johannes . . . Kraemer, . . Igor Kozlov, J. John TUEp.SEMI.61 Kozak, TUEp.SUR.3 . . Katarzyna Kowalik, Alexander Kovalev, TUEp.SUR.33 TUEp.SEMI.50 THU3A.5 • • WED1M.5 • • • UpSM.4 TUEp.SEMI.27, TUEp.SEMI.24, WED2F3.2 TUEp.SUR.46 TUEp.SUR.47 TUEp.SUR.2 • • • • • TUEp.SEMI.25 • • TUEp.MAT.26 THUp.SUR.38 THUp.SUR.31 TUEp.SUR.16 • TUEp.SUR.1, THUp.LIQ.27 THUp.BIO.5 • • • TUE2F3.1, • TUE1F4.3 THU2M.3 TUE1C.1 ain,Facso....THU1F3.2, . . TUE3M.4 ...... Francesco Laviano, . . Luca . . Lavagnino, TUE2F4.2 ...... Sara Laureti, . . . . . Cario . . Laurent, TUEp.SUR.53 . . Gaël Latour, Rossella Latempa, THUp.BIO.31 . . THU2C.3 ...... Alessandro . . Lascialfari, ...... Maria . THU2C.1 . Lasalvia, ...... Giacomo . . Lanza, . THUp.SUP.14 ...... David . . Lantiat, . . . . Michael . . Lang, . . TUEp.MAG.16 . . . N. . . Lanata, . . . WED1F3.4 . . SanKiong . . Lai, . . . . Jorge Lago, MON2F1.4 .THUp.LIQ.22 Coelho . . . Laetitia, . . . Vladimir THUp.BIO.31 Lad’yanov, . . . Massimo Ladisa, Nicola L’Abbate, Massimiliano Labate, WED1F1.3 . . . . . Giuseppe Rocca, La Fabio Mattina, La THUp.LIQ.36, Angelo Cognata, La Oleksandr Kyriienko, .THUp.SUR.27, . Oleg Kvyatkovskii, Sergey Kuznetsov, TUEp.MAT.22, ...... FRI1F6.2 . . . Hans . Kuzmany, . . . . . Polina TUEp.SEMI.9 . Kuzhir, . . . Ryszard Kutner, Ernst Kurmaev, . . . .THU2A.2 . . . . G. . . . Alexander . Kurenya, . . FRI1F3.1 . . . . . Jorge . . Kurchan, . . . . Ulrich Kunze, .THUp.POL.18 . . Bohdan . Kundys, Yurii Kumzerov, . . .WED2F6.1 Guruswamy . . Kumaraswamy, . . . . Rakesh Kumar, TUEp.SUR.48 . . . . Pradeep Kumar, TUEp.SEMI.25 . Jitendra . . Kumar, . Kuldová, Karla MON1F3.3 . . . . . MON2F3.2 Krzysztof Ku . . lakowski, . . THU2M.2 . Alexander . . . Kuklin, . . . . Josef Kudrnovsky, . . . MON2F6.1 Stepan . Kuchmiy, . . . . . Katsunori Kubo, .THUp.SUR.29 . . Florent . . Krzakala, . Krüger, TUEp.SUR.8, David . . Danica Krstovska, JózefKrok-Kowalski, THU1F4.2 . . . THU1C.3 ...... Alexander . . Krivchikov, . . . . Michael Krisch, Yurii Kriksin, TUEp.MAG.30 THUp.BIO.12 TUEp.MAG.16, THUp.SUR.35 TUEp.SUR.43 • THU3F6.3 • TUEp.MAG.18 THU1F1.1 TUEp.MAT.17 THUp.POL.15 • • TUEp.MAG.11, THUp.LIQ.16 TUEp.MAT.9 TUEp.SEMI.12, TUEp.SUR.24 TUEp.MAG.3 TUEp.SUR.46 TUEp.SUR.12, • FRI1F3.2 • • THU3A.3, • TUEp.SEMI.57 • • • TUEp.SUR.35 • TUEp.MAG.8 TUEp.MAT.1 • TUEp.CUL.1 • THUp.LIQ.8 MON2F3.4, MON2F6.1 • FRI1F.1 101 oec aij...... TUEp.MAG.5 . . . . . Maciej Lorenc, López-Romero, David oe,Rs ...... Rosa Lopez, Giorgia Lopez, B. João M. Santos, dos Lopes Giuseppina Lopardo, og,Rbro.. . TUE2M.2 Roberto . . Longo, ...... Immacolata . Maria Loffredo, FRI2A.3, . . P . . Loeptien, . . TUEp.SUR.14 ...... Andrea . . Locatelli, . . . . Rong-Li THUp.SUP.8Lo, . . TUEp.MAT.1 . . Roberto . . Livi, . . . . Doris Litzkendorf, Vasiliy Litvin, Volodymir Litovchenko, ...... THU3A.1 . . . Volodimir . Litovchenko, . . . . . Fabiola Liscio, . . . Andrew Lindsay, WED2C.2 . R. . Trolle Linderoth, Zuzana Limpouchova, . . . Almeida . Paula . . . de . WED1F6.5 Rodrigo . Lima, . . . . Fabrizio Lillo, Christian Ligoure, I. Alexander Lichtenstein, TUEp.SEMI.3, ...... THUp.SOC.9 . . .FRI2F4.1 . Michael . . . . Liberman, . . .MON2A.3 . . . . Xia ...... Xi . . . . Liang, ...... Sai-Ping . . Li, . . . Suan . . Mai Li, TUEp.SUR.13 . . Bin TUEp.SUR.6 . . Li, ...... Mikolaj . . Lewandowski, ...... Kalle . . Levon, . . . Luca Leuzzi, Dino Leporini, TUE2F4.4 ...... THU3F6.2 ...... Ana-Maria . . Lepadatu, . . . Stefano Leoni, Claudio WED2F3.3 Leone, ...... THUp.POL.19 Bezmaternykh . Leonard, . . . . Carlos Leon, Bruce Lennox, Enrique Lemus-Fuentes, TUEp.SEMI.71 . . Damiaan Lemmens, Francois Lelarge, ebe,Ldi ...... TUEp.SEMI.71 . THU3M.1 . . . . Ludwik . . Leibler, . . . . O . . Legouezigou, . . . Michel Leeman, Young .THU3A.2, . Ji . . Lee, . . . . .WED1A.3 . . . Vadim . . Lebedev, . . TUEp.SUR.17 Hélène . . Sueur, le Séverine Moal, . . Le . Dréau, Lo¨ıc Le TUEp.SEMI.55 • TUE3A.4 THUp.SUP.22 THUp.SUP.21, THU2F6.3 THU3F1.1 THUp.SUR.37 TUEp.SUR.24 TUEp.SEMI.60 THU3F4.2 TUE3A.3, TUEp.SUR.34 • TUEp.MAG.20 • THUp.SUR.31 THUp.SUP.24 THUp.SUP.22, THUp.SUP.21, THUp.SUP.17 TUEp.SEMI.54 THUp.LIQ.31 • • • • • • TUEp.MAG.32 TUEp.MAT.15 • THUp.SUR.24 THUp.SUP.23 TUEp.SUR.61 THUp.BIO.29 THUp.SOC.5 • • • • • • • MON1F6.3 WED1F6.2 TUE2F3.3, MON1M.1 THU1F6.3 THU2M.4 WED1C.1 aaoa ain . . THU2M.4 ...... Tatiana Makarova, TUEp.SUR.37 Denys Makarov, .WED1F1.3 Mohamed Majdoub, . . . . Alexander Maisuradze, WED1A.3, Andrea . Maiorano, . . . . TUE2F1.2 ...... Dominique . . Mailly, . . . Antoine Maignan, Bernd Maier, . TUEp.SUR.26, ...... Eddrief Mahmoud, Lukas TUE2M.4, Mahler, .FRI2A.3, ...... Rita Magri, THUp.SOC.3 Arnaud Magrez, Piotr Magnuszewski, MON2A.3, ...... Wim Magnus, Caroline Magnain, TUEp.SUR.23, ...... Laurence .THUp.BIO.23 Magaud, . . . TUE3F4.4 . Lev . . Magarill, ...... Michele . . Maffia, . . . TUEp.MAT.10 . . Yoshiteru . . . Maeno, . . . . Elias FRI1F4.3 Mady, . . . Pierre Madl, THUp.SUR.34 P. . . Andrew Mackenzie, Tomoki Machida, MON2F3.2 . . . . Francesco . TUE3C.2 . Maccherozzi, ...... Marco . . . Maccarini, . . . . . Franta . . Maca, . . . Kees . . Jan Maan, Yu .TUEp.SEMI.29 . Ma, . TUEp.SUR.36 . . Lyytikäinen, . Jari . . . Volodimir Lysenko, Victor Lykah, Ksenia Lyakhomskaya, ui tfn ...... Stefano Lupi, Manuela Lunz, .TUEp.SEMI.26 . . . Christoph Lungenschmied, . Ioan . . Luminosu, . Lukić, Svetlana . . . . . TUE3F6.4 ...... Alexander . . Lukianenko, . . . .TUEp.SEMI.30 . . Stefano . . Luin, . . . . Pierre . . Lugan, . . . . Ion Lucian, Dorin Luca, MON1F3.3, ...... THUp.SUR.39 Mihai . . Lozovan, . . . . Brendon Lovett, . . . N. TUEp.CUL.5 . Lovergine, . . Mustafa Lotya, Paolo Pier Lottici, THU3A.2 TUE3A.2 ...... Werner . . Lottermoser, . . Maria Losurdo, THUp.POL.14 H. . Jan Los, Antonella Lorusso, ...... THUp.SUR.31 ...... Josè Lorenzana, Pierre Lorenz, FRI2M.4 TUE1F3.3 TUEp.SUR.30 TUEp.SEMI.32 TUEp.SEMI.13, THU2F1.2 • THUp.SUP.12 • UpSM.7 THU3A.4 TUEp.SEMI.37, TUEp.SUR.33 TUEp.MAG.27 TUEp.MAG.25, TUEp.MAG.24, TUEp.MAG.14, TUEp.MAT.10 TUEp.SEMI.39 MON1F4.2, • THU3F4.4 • TUEp.SEMI.23, • · • • • • • TUEp.SEMI.46 • TUEp.MAG.14 TUEp.MAT.23 • THUp.POL.19 THUp.SUR.12 TUEp.SUR.42 uhr’index Authors’ THUp.LIQ.23 THUp.POL.9 • • • • • • • • MON1F6.2 MON1F1.3 TUE2F4.3, • • • • TUE3F1.3 WED2A.2 WED1A.4 TUE3A.5, WED2C.3 THU2C.3 FRI2M.3, FRI1F3.1 FRI2F3.2 aot,Vnez WED2F4.2 . . . . TUEp.SEMI.58 . . . Vincenzo Marotta, Dmitrii Markov, . . .TUEp.MAT.34 . . . . Stamate Marius, THUp.BIO.12 . Gino Mariotto, Massimo Marinone, aiai no...... MON1F6.2 ...... Maria Marinaro, Enzo Marinari, .MON2C.4, . . . . MON2M.3 ...... Paolo Mariani, Carlo TUEp.SEMI.30, . Mariani, MON2F6.1 ...... THU2M.4 ...... Sima . . Marian, . . . . Romain Mari, . . . Mireille Maret, MON1F3.1 . .TUE3F4.1 Diana . Mardare, . . FRI2A.4 . . . . . Ivan . . Marcos-Campos, . . . . MON2C.3 Mariapia . . Marchi, . . . . Marco Marceddu, Bruno Maraviglia, Jose Marat-Mendes, aio ilo...... TUE3C.3, ...... Giulio Marino, THU2F1.1 . . . . . Umberto . . Marconi, . Bettolo Marini Andrea Marini, THUp.BIO.11 . . . Massimiliano Marangolo, Luca TUEp.SUR.1, Maragliano, ...... Elena MON1F6.2 Manzhelii, . . . . Oksana THUp.SUP.23Manyuhina, . . . . . Filippo . . Mantovani, . . . . . Mauro Mantega, Dirk Manske, TUEp.SEMI.41, . . TUEp.MAT.26 . . . Daniela TUEp.MAG.3 Manno, . . . . Liberato TUEp.SEMI.69 . . . Manna, . . . . Mańka, Anna TUE3F3.3, . Nicola . . Manini, . . . . Franca . Manghi, . . . . . Giuseppe TUEp.MAG.36 . Mangano, . . . . Florian Mandija, .TUEp.MAG.17 Fred Mancoff, Aurelien Manchon, ayhv nry.TUEp.SEMI.68 . . Aleksey . . Malyshko, . . . . Andrey Malyshev, TUEp.SEMI.10 . . Daniel Malterre, Giuliano Malloci, alt ire.....TUEp.SEMI.19, . .TUE2M.2 ...... Pierre Mallet, THUp.SUR.9 . . J . . Malindretos, . . . . Luciana TUE2F1.2 Malferrari, . . . . THU1F3.1 Sergey . . Maleyev, . . . Thomas Malcherek, TUEp.SUR.35 Lorenzo Malavasi, TUEp.SUR.27 . Sergey Maksimenko, Tariel Makhviladze, L. Tatiana Makarova, HpBO2,THUp.BIO.27 THUp.BIO.24, • TUEp.MAT.18 TUEp.MAT.33 THUp.POL.8 THUp.BIO.18 • THU2F4.1 • TUEp.SUR.2 THUp.BIO.23, THUp.SUR.21, THUp.SUR.14, THUp.BIO.8 • • • TUEp.MAG.18 THUp.SUR.27, HpBO1,THUp.BIO.22, THUp.BIO.13, THUp.LIQ.6 TUE3F3.4, WED2F4.3 TUEp.SUR.23, TUEp.MAT.17 • WED1F3.4 • TUEp.MAT.24 • • THU2F1.2 TUEp.SEMI.52, • • • • THUp.SUR.17 THUp.SUR.48 TUEp.SUR.31 THUp.POL.7, • • • • THU1F3.3 THU3F3.2 TUE2F6.2 • TUE1M.1 FRI1A.2,

Index FRI1F.3, FRI1F6.2 THU1A.2 • MON2A.3 TUE3F3.3 • WED1M.1 • MON1F3.2 • • • • THUp.BIO.15 THUp.SUP.26 • • THU3F4.5 TUEp.SEMI.63 TUEp.SEMI.59 THUp.POL.23 THUp.POL.10 TUEp.SUR.11 • FRI1F.4 TUEp.MAG.13 • MON1F6.3 TUEp.MAG.12, TUEp.MAG.13 • TUE3F3.2 THU2F1.3 • • TUEp.SEMI.16, THUp.SUR.22 FRI2F4.1 • WED2M.4 Palummo, Maurizia . . . . . Panaccione, GiancarloPandolfi, Luca . . . FRI2F3.2 Pangrác,Jiˇr´ı ...... Pankov, TUEp.SEMI.25 . . Vladimir TUEp.MAT.4 . .TUEp.MAG.12, Pannacione, GiancarloPaolantoni, Marco . . TUE1M.3 Papageorgiou, Thomas . P . .Papagni, THUp.LIQ.9 Antonio FRI2F4.2 Papagno, Luigi . . THUp.SUR.35 Papari, Gianpaolo . . . .Paprotskiy, Stanislav TUEp.MAT.34 . Paradiso, NicolaPardini, Lorenzo . . . .Parfeniev, . . Robert . . . . .Parisi, . . Giorgio . .TUEp.SEMI.45 . . . .Parker, . . David . . MON1F6.2, Partoens, Bart . . . .Pascal, . . Cotte ...... WED1F4.2 Pascual, . . Jose . . . Ignacio . . .Pashchenko, . . Volodimir . . . . .Pashin, TUE3F1.3 Dmitri . THU3F3.1 Pashkevich, Michael ...... TUE1F6.3 Paspalakis, Emmanuel Passacantando, Maurizio Passeri, DanielePastori Parravicini, . Giuseppe . . Paturej, Jaroslaw . . THUp.POL.12, Paul, Wolfgang . . . . .Paulmann, THUp.POL.6, CarstenPaulus, Werner . . . .Pavlidis, . TUE2F1.2 Dimitris . . . .Pavlov, TUEp.MAT.15 Ihor . . . TUEp.SUR.24 . . . .Pawlukojc, . Andrzej . TUEp.SEMI.15, Peddis, Davide . .TUEp.MAT.3 Pedersen, Niels . . F. . .Pedersen, . . Ulf . R. . .Peelaers, . . Hartwin . . . . FRI1F6.3 .Peeters, . . Francois . . . . .WED1F6.1 . .Pekala, . . Marek . MON2A.3 ...... MON2A.3 . . . .Pellegrini, . V . . MON2F3.5, Pellegrini, Vittorio . . . .Pelletier, . . Jacques ...... Pellicane, .MON1A.3 . Giuseppe THU1A.2 . . .Penco, TUEp.MAG.7 Amanda . THUp.LIQ.53 Perelló,Josep . . . .Peres, . . . . Nuno . . . . . MON1M.2 ...... Peres, . . Nuno . . M. . . R.Peressi, .TUE3A.1, MariaPérez,Edgar ...... Pérez,Ruben . TUE3A.4 . TUEp.SEMI.35 ...... TUEp.MAG.9 . . . TUEp.SUR.65, Perez-Gaviro, Sergio . . .MON1F6.2 THU1F3.4 MON2F4.2 • • THUp.BIO.2 THUp.LIQ.5, Authors’ index THUp.SUR.5, • THUp.SUR.34 • • • · THUp.SOC.3 • THU3A.1 THUp.BIO.12 THUp.BIO.22, THUp.BIO.27 THUp.SUP.7, THUp.BIO.6 THUp.BIO.6 TUEp.MAT.17 THUp.POL.27, FRI1C.2 WED2F4.1 THUp.SUR.43 THUp.SUP.9 • TUEp.SEMI.65 TUEp.MAT.24 • TUEp.MAG.12, TUEp.MAG.13, TUEp.MAG.17 • FRI1F.3, FRI1F.4 THUp.LIQ.14 THUp.LIQ.12, • • TUE3F4.4 TUEp.MAG.30 Olbrich, PeterOle´s,Andrzej M. . . . .Olevano, . TUEp.SEMI.22 Valerio . . . . . Oliveira, Brochado . . . .Olivi, . . Luca . MON2F1.4 TUEp.MAT.12 Olivier, Chauvet . . .Olley, . . Robert ...... THUp.LIQ.3 . . . . . TUE2F4.2 .Olsson, . . Eva . . . MON2F6.4, Omelyanchouk, Alexandr ...... Onida, .TUE3F4.4 Giovanni . . TUEp.SEMI.69, Ono, Masashi . . . . . Onorato, PaoloOnorato, Pasquale . . . . . THUp.LIQ.34 . Onori, GiuseppeOnufrieva, Flora . . . .O’Reilly, THUp.BIO.19 Eoin ...... TUEp.SEMI.71,Orellana, Pedro . . . TUEp.SEMI.55, Orgad, DrorOrlanducci, Silvia ...... TUEp.SEMI.41, . .Orsini, . THU2F4.2 Francesco . .TUEp.MAG.16, Ortega, EnriqueOrtega, Luc ...... TUE1M.2 . . . . .TUEp.MAG.7, Ortix, CarmineOrtolani, Michele . . .Ortore, . . Maria . . . . Grazia . .THUp.SUP.12 THU3F4.4 . . .MON2C.4,Osborne, SimonOsina, Olesya . . . TUEp.SEMI.71 Ossicini, Stefano ...... THUp.BIO.6 . . . .Ostanin, . . Sergey . TUE1A.2, Ostapchuk, Yuriy ...... WED2F3.1 . Ostasiewicz, Katarzyna Oswald, Jiˇr´ı . . . .Ott, . . Frédéric . . TUEp.SEMI.25 . .Ottaviano, . . Luca . . . . .Ottochian, THU2F3.4 Alistar . . .Ovchinnikov, . . Sergey . . . . TUE3F3.2 . . . WED1F6.2 Ovchinnikova, Tamara Pace, Sandro . . . .Pachinger, . Dietmar . . . .Paci, THU1F3.2, Barbara ...... TUE1A.4 . . . .Pacilè,Daniela . . . .MON2F3.4, Pagliara, . . Stefania . . TUEp.MAT.34 Paiano, P. . . .THUp.BIO.14 Pailloux, Frédéric ...... Paiziev, . . . Adkham . . . . .FRI1F.1 . THUp.SUR.39 Pala, Marco . G. . . Paladini, Fabio . .Paladino, . . Elisabetta ...... THUp.POL.14 THU3F1.2 . . .WED2F4.4, FRI1A.3 FRI2F3.1 • WED1C.2 • MON2C.1, WED2F4.2 WED2F3.3 • • • • THUp.SUR.9 THUp.POL.14 • TUEp.SEMI.19 TUEp.SEMI.29 • • • THUp.LIQ.32 THUp.BIO.22 TUEp.SUR.47 THUp.LIQ.18, THUp.LIQ.27 TUE3F6.3 THUp.SUR.42 THUp.SUR.16 TUEp.SEMI.45 TUEp.MAG.13 • THUp.BIO.3 Naddeo, AdeleNagaosa, Naoto . . . .Nanavati, . . Hemnat . . . .Nanver, . . Lis . . . THU1F4.3 THUp.POL.15 Narayanan, Theyencheri ...... Nardini, . . Marco . TUE1A.4 Nardone, Michele . . . .Nasi, . . . Lucia . . . . . MON2C.2 THUp.LIQ.44 Nassisi, Vincenzo . . . .Natalia, . . . Tristan . . . . .Naud, .WED1F3.2 . Cécile . . .TUEp.MAG.20 .Navarro, . . Denis . . Nawrocka, Agnieszka ...... MON1F6.2 Nazarov, AlexeyNazir, Ahsan . . . . TUEp.SUR.36 WED1A.4, Negrea, RomeoNemchenko, Konstantin . . . .TUEp.SEMI.26 Nemchenko, Konstantin E. Nemchenko, KonstantynNemes, TUE3F6.2 Norbert M . . . Neustroev, Efim . . .Neverov, TUEp.SUR.63, VladimirNeves, Bernardo . Ruegger . TUEp.SEMI.8 Almeida Neway, BereketNiccoli, Giuliano . . . .Nicolas, . . Jaouen . . . . . MON1C.3 .Nicoletti, . . Daniele .WED2F4.2 . . . .Niedzwiecka, . Anna . . . . WED1F3.4 .THUp.SUP.12 . . . Nienhaus, KarinNifos`ı,Riccardo . . . . .Nika, . . . . Denis . . . . . WED1C.2 . .Nikolic, .THU2C.3 Bozidar . . . .Nilius, . . Niklas . . . . . THUp.SUR.18 .TUEp.MAT.20 Nilsson, Johan . . . .Nistor, . . Leona . . . . C. . . . .Nistor, . WED1M.2 . Sergiu . . V. . . . .Nizhankovskii, TUE3A.4 . Victor THUp.SUR.30 . . . THUp.SUR.30 Nobile, ConcettaNoce, Canio . . .TUEp.MAT.26 Nolting, Wolfgang . . .Noorduin, . . Wim . . . . . THUp.SUP.25 .Nordlund, . Kai . . .Norman, . . Leps ...... THU3M.1 Normand, . . Pascal TUEp.SUR.39 . . . .Nosov, . Alexandre TUEp.MAG.20 . . . TUEp.SUR.36 Novitskii, Nickolaj ...... TUEp.MAG.12, MON2F3.1 Novoselov, KostyaNovoselov, Kostya . S. . . .Novotny, . Tomas EPS14.1.1 . . .O.Malley, . Hugh . TUE3A.4 . . TUEp.SEMI.56 oberdisse, julian . . . .Odorici, THUp.SUR.35 Fabrizio . . .Ogurtsov, TUEp.MAG.15 Alexander . . N. . Okhotnikov, Oleg Okotrub, Alexander V. Nielsen, Arne H.Nienhaus, Gerd Ulrich ...... FRI1F6.3 102 WED1F6.5 WED1F1.1 • • THUp.LIQ.28 TUEp.MAG.5 TUEp.SUR.19 TUEp.SUR.45, • • • • TUEp.SEMI.45 THU2F1.1, THU3F1.4 TUEp.SEMI.62 • MON2M.2, THUp.SUR.23, • TUEp.SEMI.69 TUEp.MAG.34 THUp.SUR.9 • TUEp.MAT.25 THUp.BIO.14 TUEp.SEMI.3, TUEp.SUR.34 TUEp.SEMI.6, TUEp.SEMI.31 TUE3F4.3 MON1F6.2 FRI2A.4 THUp.SUR.6, FRI2M.1 Miyasaka, ShigekiMobilio, Settimio . . . .Moens, . WED1F1.3 Luc . . . .Mohan, . . Arun .THU2M.4 . . . .Mohan, . . Saeed ...... Moisan, . . . . Nicolas MON2C.2 ...... Moiseev, . . . TUE1A.1 Konstantin THUp.POL.27 . . . Molinari, Elisa ...... Molinari, THU1A.3, Luca Guido Molitor, FrancoiseMonaco, Giulio . . . .Monastyrov, . . Mykola . THU1A.1 . . . Mondelli, Claudia . THUp.SUR.1 . TUEp.MAG.33, Montanari, Alessandro Monticone, EugenioMontinaro, Michele THUp.SUP.22 Montorsi, AriannaMoors, Marco . . THUp.SUP.15 Mora, Serge . . . . . Morante, Silvia . . . .Moreau, . Julien ...... Moreira, . . Agostinho ...... Moreira, TUE1C.3 . . J. TUEp.CUL.1 Agostinho TUEp.MAT.12 Morello, GiovanniMoreno, Pablo . . TUEp.MAT.26 Morgante, Alberto . . . . . THUp.SUR.47 . . .Mori, . MON2M.1, GiovanniMorita, Seizo . . . .Moroni, . . Saverio . TUEp.CUL.5 . . .Moros, . . Maria ...... Morozov, WED2M.4 . . Sergey . . . V. . TUE3F4.1 . .Morr, . . Dirk . . K. . . . MON1F3.1 Morresi, . . Assunta . TUE3A.4 . .Morresi, . . Lorenzo ...... Moshchalkov, . . THUp.LIQ.9 . Victor . FRI2F4.3 . . .Moshchil, . . Viktor THUp.SUP.10 . TUE3F3.2 Moskalenko, Sveatoslav . . . . .THUp.SUP.8 Motz, ChristianMoulopoulos, Konstantinos ...... WED2F1.1 Mozzati, Maria Cristina THU1F3.1, Mucha, JanuszMula, Gianni . . . .Mulas, . . Giacomo . . . . MON2F3.5 . .Müller,K. . Alex . . . .THUp.SOC.4 . . TUEp.SEMI.10 Muller, Karl . . Alex . .Müller,Thomas . . . Antonio .Muñoz-Sudupe, ...... WED1F1.3 . . . . THU1A.1 Mura, Andrea . . .Mushnikov, . TUEp.SEMI.44, NikolayMusso, .THUp.SUP.16 MaurizioMutombo, Pingo . . . TUEp.MAT.10 . Myrach, Philipp ...... WED1M.2 TUE1F1.1 TUE2F1.2, MON2F1.3 • MON2F6.4, • • • TUEp.SUR.43 THUp.BIO.30, TUEp.MAT.27 • TUEp.MAG.25 • • FRI1C.2 • • THUp.POL.16 TUEp.MAG.24, THUp.POL.27, THU2F3.2 WED1C.3 THUp.SUR.4 • THUp.LIQ.22 THUp.BIO.31 THUp.SUP.21, THUp.SUP.22, THUp.SUP.24 TUEp.MAT.27 TUEp.MAT.27 TUEp.MAT.16 THUp.SUP.22, THUp.SUP.24 THUp.POL.17 • • Melchionna, Simone THUp.LIQ.37, Melichar, KarelMelle-Franco, Manuel . . . . TUEp.SEMI.25 Meloni, Simone . . THU1F1.1 Memmel, Norbert . . . . THUp.SUR.36 . . . .ménager,christine . WED2M.3, Mendes, . TUEp.MAG.15 Jose-FernandoMendon¸ca,Tânia . THU2F6.2 . TUEp.MAT.12 Meneghini, CarloMengarelli, Valentina ...... THU2M.4 Men’shikova, Svetlana Mentes, Tevfik OnurMenzel, Alexander . .Mercure, . . Jean-Francois . . . FRI2A.3 . .Mesot, . .THU1M.1 Joel . . FRI1F4.3 Meyer, Hans-Georg . . . .Meyer, . . Hendrik ...... Meyer, WED2F4.1 . MON1F4.1 Ralf . . .Meyer-Klaucke, . . Wolfram ...... MON1C.1 Mezzenga, . . Emilio . . TUE1C.3 ...... FRI2A.2 Mezzetti, Enrica ...... THU1F3.2, Michael, LibermanMichetti, Paolo . .TUEp.SEMI.4 Miclea, Ciprian . Tiberiu . . Miclea, Cornel . . . . Miclea, Corneliu Florin Micotti, EdoardoMihailova, Boriana . . TUEp.MAG.16 . . . Mihalkovic, Marek . . . . Mikhailov, SergeyMikhailova, Maya . . . . Mikhin, Nikolay . TUEp.SEMI.45 Millemaggi, Alessia . . . . .Miller, THUp.LIQ.11 Christian . . . .Milletari, . THU3M.1 Mirko . . . .Millis, . . Andrew . . WED2F3.3 . J. . .Millo, . . Oded . . . . TUE2A.3 .Milosevic, . . Ivanka . . . . MON2F4.3 .Minerba, . . Luigi ...... TUEp.MAT.20 .Minetti, . Bruno THU2F4.2 ...... THUp.SOC.4 . . .Minicozzi, . THUp.SUP.21, VeliaMinicucci, Marco . . . .Mionic, . . Marijana . . . . . TUE1C.3 .Miozzo, . THUp.LIQ.3 Luciano . . . .Miranda, . . Diego MON1F1.3 . . .Mirchya, THUp.SUR.35 Shmiglyuk . . .Mirgorod, TUEp.SEMI.43 Vyacheslav .TUEp.SEMI.4 Mironov, BorisMishchenko, Andrei . . . .Mita, . TUEp.SUR.62 Carmen . . . . THU1F4.3 . . . .Mitchell, . TUEp.MAG.14, Geoffrey . . . Miyamachi, Toshio . . . . WED2F3.1 General Conference of the Condensed Matter Division of the European Physical Society nd 22 FRI1F.4 FRI2F6.2 • THU2M.1 • THU2F3.4 WED1F3.5 WED2F4.4 WED1F1.5 MON2F3.3 • • • • • • TUEp.SEMI.5 TUEp.SUR.20 • • TUEp.SEMI.18, TUEp.SEMI.36, TUE1F3.3 • • FRI1C.3 • • TUEp.MAG.34 TUEp.SUR.26, TUEp.MAT.19 THU3A.4 TUEp.MAG.22 TUEp.SUR.58 TUEp.SEMI.33 • THUp.POL.20, MON2F6.3 THUp.LIQ.32 • • TUEp.MAT.14 THUp.SUR.30 • MON2M.5, WED1F3.3 • Marquez, GersonMarqusee, Susan . . . .TUEp.MAG.9 Marrani, Andrea . . Giacomo ...... TUE3C.4 Marri, Ivan ...... Marsiglio, FrankMarsili, Margherita ...... THU1M.2 . . . . . Marsman, MartijnMartelli, Faustino . Martin, ChristineMartin, Thierry . . . .Martinelli, . . Alberto . . . FRI1F3.1 . . . THUp.SUR.40 TUEp.MAG.33, Martinez, Gerard . . Martinez, Oscar Javier Mart´ınez-Salazar, . . . . .TUEp.MAT.4 Martin-Mayor, Victor . MON1F6.2, Martins, AndréC. R.Martin-Samos, L . . . Maruccio, Lucio . . . .Masalitina, . . Natalia . . . Yu. . TUE2M.2 . THUp.SUR.14 Maset, StefanoMasini, Roberto . . . .Maslov, . Alexander THUp.LIQ.43 . . .Masoliver, TUEp.MAG.34 Jaume . TUEp.SEMI.47 Massidda, Sandro . . .Massimiliano, . . . Marangolo . . . FRI1F6.2 . . . WED1F4.3 Mastellone, Andrea . . . Masubuchi, SatoruMasui, Takahiko . THUp.SUR.34 Mateescu, . Carmencita ...... WED1F1.3 Mateescu, Carmencita D. Matei, Elena . . . . Matt, Gebhard . . . .TUEp.SEMI.37, Mattevi, CeciliaMattia, Mulazzi . . . .Mattioli, . . Giuseppe . . .THU1F1.3 . . . TUEp.SUR.26 TUEp.SEMI.33, Mattozzi, AlessandroMaurer, Andreas . . . MON1C.3 Maurer, Thomas . . TUEp.SEMI.50 . . . . . Mauri, FrancescoMauriz, Paulo ...... THU1F4.2 . . . TUEp.SEMI.48, Maurizio, SacchiMavromatou, Claire . . .Mayer, . . Jakob . . WED1F3.4 . . .Mayeva, TUE1F1.3 Olga . . . . .Mayr, . . Michael ...... Mazher, . .FRI1M.3 . Javed THUp.SUR.33 . . . . .TUEp.SEMI.49Mazza, Catherine . . .Mazzarello, . TUEp.SEMI.57 Riccardo . . . . THUp.BIO.3 . Mazzoni, SerenaMazzucco, Stefano . . . . THUp.BIO.24 . . . . Meekes, HugoMeier, Peter . . F...... THU3M.1 ...... Meijer, BertMeiwes-Broer, Karl-Heinz ...... TUE3C.2

Index oiei noi .TUEp.SEMI.33, THUp.BIO.12 THU1F3.2 Antonio . . Polimeni, . . . . Massimiliano TUEp.SEMI.71 Polichetti, . . THUp.SUR.18 . . Giulio . . Poletti, . . . . Evghenii TUEp.MAG.1 Pokatilov, . . . . F Poingt, Yuriy TUEp.SUR.28, Pogorelov, ...... Bene . Poelsema, TUEp.SEMI.8 . Igor MON1F3.3 Podlesny, . . . THUp.LIQ.36 . Sergei . . Podgornykh, . . . . Alessandro Pluchino, . . Josef Plestil, THUp.SOC.12 . . . . Wolfgang . . Plank, . . . . Nicola TUE3F3.2 Pizzolato, . THU2F3.4 ...... Stefano . . Pittalis, . . . Jean-Yves Piquemal, Nicola Pinto, . . Pasqualantonio . . Pingue, ...... FRI1M.3 ...... Aron . . . Pinczuk, . . THUp.BIO.5 . . . Sonia . . Pin, . . . . Philip THU1F6.2 Pikart, . . . . Sylwia Pikala, Luciano Pietronero, WED1A.2, ...... TUEp.MAG.7 . . TUEp.SUR.26 . . Frédéric . . . . Pierre, ...... Fran¸cois Pierre, Torelli THUp.LIQ.37, . Piero, ...... Carlo Pierleoni, TUE2A.1, . Thomas . . Pichler, ...... MON2F4.2 ...... Vincenzo . . . . Piazza, ...... Pfnür, MON1A.3 . Herbert ...... Pierre . . TUE3F4.2 Pfeuty, . . . . Rudolf . . Pfeiffer, . . . N. . Loren Pfeiffer, . Loren . . Pfeiffer, . . . . Albrecht THUp.POL.8 Petzold, . . . . Giorgio Pettinari, Lozovanu THUp.LIQ.23 Petru, ...... Petrović, Dragoslav Petya Petkova, TUEp.MAT.22, .MON1C.1 ...... Herwig Peterlik, Simone Peter, THUp.BIO.4 TUEp.SUR.8, . . . . . MON2C.2 . Valentin . Peschansky, . . . . Giuseppe Pesce, THUp.SUP.12 . . . Alessandra Pesce, TUEp.SUR.19 . . .TUE2F3.2 . . . Andrea . . Perucchi, . . . . . Tobias Pertram, FRI1F4.3 Johan . Persson, ...... Dominique .THUp.SOC.4 Adorno, . . Persano . . . S. . . Robin THUp.BIO.31 Perry, . . . TUE2F4.4 . . . Nicola . . Perra, THU2F4.4 ...... Giuseppe . . Perna, THUp.LIQ.2 ...... Natalia . . Perkins, . . . THUp.SUP.21 . . Garry . . Perkins, . . . . Elena Perju, Elena Perini, TUEp.SUR.60, . . . Enrico Perfetto, THU3A.2 FRI1M.2 THU2M.3, TUEp.SEMI.62 MON1A.3 WED1A.3 THUp.POL.26 TUEp.SEMI.66 TUEp.SEMI.62, THU1F1.1 TUEp.SUR.46 THUp.SOC.12 THUp.LIQ.34 THUp.LIQ.33, THUp.SUP.9, FRI2M.3, • • • • TUEp.MAT.22 THUp.POL.11 • TUEp.SUR.34 TUEp.SUR.21 TUEp.SUR.7 • • • • MON1F1.1 • MON1A.1, • THU1F1.1 THU1M.3 THU3A.2 TUE2A.4 22 nd eea ofrneo h odne atrDvso fteErpa hsclSociety Physical European the of Division Matter Condensed the of Conference General otvk,Io . . . . Igor Poltavsky, aoz nre .THUp.LIQ.12, ...... TUE1F1.2 Andrzej . . Radosz, . . . . Carmen Racles, Philippe Rabiller, Shakil Mohd. Qureshi, . TUEp.SEMI.44, ...... Francesco Quochi, TUEp.SUR.21 . Iria Quelle, THUp.SUR.14 ...... Eliana . Quartarone, . . . . Gianluca WED1F4.4 Quarta, . . . .THU2C.1 Zhihui . . Qin, ...... Wim . . Pyckhout-Hintzen, ...... Marina . . Putti, . . . . Yury . TUE2M.3 . . Pusep, ...... Michael . . Pusch, . . . Ionut .TUE1A.2, Purica, . . . . Astrid . . Pundt, . . . . . Olivia Pulci, R. Krzysztof Przegietka, THU2M.4 . THUp.SUP.16 . . . . . Volodymyr . . Prystupa, . . . . Vladimir Pryadun, . . . Olivier .TUEp.MAG.28 Proux, . . . . Olga Proshina, Jan Prokleska, THUp.BIO.10 . . . I. . Anatolii Prokhvatilov, . Ivan Prokhorov, Tatiana Progulova, .FRI2M.1 ...... Cristina . . Prisacariu, . . . . Emiliano Principi, . . . Kevin Prince, . . . Tetiana Prikhna, Tatiana TUEp.SUR.59, Prikhna, . . . .THUp.SUR.39 .TUEp.SEMI.22 ...... Deborah . MON1M.2 . Prezzi, ...... Wilhelm . . . Prettl, . . . . P. . . Prete, . . . . Mirko TUEp.MAT.3 . Prato, . . . . Enrico Prati, TUEp.SUR.65, . . Michael . . Prager, . TUE1C.3 ...... Pablo MONPL.1 Pou, . TUEp.SEMI.61 . . . . . Cristina . . Potrich, . . . . . Marek . FRI2M.4 . Potemski, TUEp.SUR.35 ...... Pósfai, . M. . . . Mikhail THUp.SUP.22 . Portnoi, . . WED1F6.5 . . . . Fabien . Portier, . . . TUE3C.2 . . . Chiara . . Portesi, . . . . Gregoire Porte, . . Giuseppe Portale, TUEp.SUR.41 . . Vladimir TUEp.SEMI.71 Popok, . . . . Wolfgang Pompe, F Pommereau, Eustathios Polychroniadis, .TUEp.SUR.9, Marina Poltavskaya, rcak,Krl...... Karel Prochazka, THUp.SOC.3 TUEp.SEMI.28 • FRI1F.4 THUp.LIQ.13, • • THUp.BIO.10 TUEp.MAT.11 THU2F1.1 WED2M.4 TUEp.SEMI.38 THUp.SUP.4 TUEp.MAG.2, TUEp.MAG.2, • • FRI2A.4 TUEp.CUL.6 TUEp.SEMI.67, THUp.POL.4, THUp.POL.2, • • • THUp.SUP.4 THUp.POL.5 THUp.POL.3, • • TUEp.CUL.4, • • • TUEp.SEMI.47 • • • • • • • TUEp.SUR.53 TUEp.SUR.39 THUp.POL.1, • • TUEp.SUR.9, THUp.SOC.2 THUp.SOC.6 THUp.SUR.1 THUp.SUP.2 THUp.SUP.8 TUEp.SUR.6 THUp.LIQ.1 THUp.LIQ.3 • • MON1A.2 WED2C.2 • FRI2C.1 ooa vtaa...... THUp.BIO.28 . . . . Svetlana . . Rogova, . MON1A.2 . Róg, . . Tomasz THUp.LIQ.39 . . Rosal´ıo TUEp.MAT.12Rodr´ıguez Z, . . . THU1A.2 Alberto . . . Rodriguez, . . . .TUEp.MAG.17 . Vitor . . Rodrigues, . . . . Bernard WED1M.5 FRI2M.4 . Rodmacq, ...... S . . Roddaro, . . THU1F1.3 . . . Guillemin . Rodary, . THUp.SUR.9 TUE2M.2 ...... Patrice . . . . Roche, ...... John . . Robertson, . . TUEp.CUL.5 . . . . Rita . . Rizzoli, . . TUEp.SEMI.64 . . . A . . Rizzi, . . . . Simona Riva, WED2A.2, . . . Uwe . . Ritter, . . . TUEp.SEMI.66 ...... David Ritchie, TUE2M.2 . . Dave . . . Ritchie, TUEp.SUR.30, ...... Clelia . . Maria . FRI2M.2 . Righi, . . . . . C . . . . M . . Righi, . . THUp.SUR.39 . . . . Hans . . Riegler, . .THU2C.1 . . . . . Angela . . Riedel, . . . . . W. Richter, Dieter Richter, TUEp.MAT.31 ...... Federico .TUEp.CUL.5 Ricci-Tersenghi, . THUp.LIQ.43 . . . . . Jose . . Ribeiro, . WED1M.2 ...... Remo . . Reverberi, . . . . Jurij THUp.POL.9 Rescic, . . . . Gilles . . Renaud, Günter Reiter, MON2F1.4 . . . . . Reinmüller, TUEp.SEMI.64 . Alexander . . Reinmöller, Markus TUEp.MAT.18 Lucia . . Reining, . . . . Neumann Reinhard, THUp.POL.9 . . . Joerg Reichardt, . . Matthias Rehahn, . . . Svitlana Redko, Roman Redko, Carlos Juan Reboredo, TUEp.MAG.11, ...... THU2M.2 Pawe TUE2A.4, . l Rduch, ...... Alexandra . Rayevskaya, . . . THUp.LIQ.36 MON2F3.1 . . . Esa . . Rasanen, . . . . Andrea THUp.POL.10 Rapisarda, . . . Laurent Ranno, Federica THUp.POL.20, . Rampf, . . . . . Javier . . Ramos, TUEp.MAG.12, Antônio . . Ramos, . . . Aline Ramos, THUp.SUR.19, . TUEp.SEMI.1 . . . Petronela Rambu, TUEp.SEMI.1 P . Yury Rakovich, Tatsiana Rakovich, THUp.POL.14 . . Aliaksandra . . . . Rakovich, . . . TUE2A.3 . . Rainò, . Antonio . . TUEp.SUR.34 . . Vito . . Raineri, . . . Roberto Raimondi, Olga TUEp.MAG.19 Railean, Ryszard Radwanski, WED2A.3 THUp.SUR.11 MON1F6.3 TUEp.MAT.10 THUp.SOC.15 FRI1F3.2 • FRI1C.3 TUEp.MAG.17 TUEp.MAG.13, THUp.POL.25 THUp.SUR.28, • THU2A.3 TUEp.SEMI.1 • THUp.SUR.32, • • • TUEp.SEMI.21 TUEp.SEMI.20 TUEp.MAT.21 • THUp.SOC.8 • • • THU2F6.1 TUE3F6.2 TUE1C.2 103 uu ere...... TUEp.SUR.34 . . . . . George . . Rusu, . . . . Spiridon TUEp.SEMI.54 . Russu, . . . . THUp.BIO.4 Thomas . Russell, . . . . Elena Rusnac, Giulia TUE1F6.2, . Rusciano, . . . . Giancarlo Ruocco, Juan-JoséRuiz-Lorenzo, MON2M.2, . . . Jesus . . Juan . . Ruiz-Lorenzo, . . . . Alice Ruini, u´ ,Bni . . . . TUE1A.1 ...... TUEp.MAG.20 . . . . . Rufflé, . Benoit . . Klingeler Ruediger, Alok Rudra, THUp.LIQ.5, . . . WED2F3.2 . . . . . Eugene . . Rudnikov, . THUp.POL.19 THU3F4.2 . . . Rüdiger, . THUp.BIO.8 Ulrich . . . . Simona . Rucareanu, . . . N. . Alexei THU2C.1 . Rubtsov, . . . . Angel Rubio, Michael TUEp.SEMI.18, . TUE3F4.3 Rubinstein, ...... Silvia Rubini, .THUp.BIO.8 . . Mario . . Ruben, . . Andrea . . Carlo . MON2F4.5 Rozzi, . . . Igor .THUp.LIQ.26 . Rozhansky, . . . . Marcelo THUp.SUP.24 . Rozenberg, . . . . Mauro . . Rovere, . . . . Alberto Rovelli, Preden Roulleau, .THU2F3.3 ...... Nicolas Rougemaille, Alberto Rota, ¨ slr rs ...... Rössler, Ernst . . . . FRI2F3.2 TUE1M.3, Marco Rossi, .TUEp.SUR.38 . . . Giorgio Rossi, Francesca Rossi, THUp.SUR.47 . MON2F3.4, ...... TUE2F4.4 . Valerio . . . . . Albertini, . . Rossi . . . . Luis Roso, . . . Helge Rosner, . . . Marcello THU2F3.2 Rosini, . . . THU1F4.1 . . Farinaz . . Roshani, . . . . Wolfgang . . . Rosellen, . . . THU2C.1 ...... Rösch, . Oliver . . THUp.SUR.8 Zofia . . Ropka, . . . Jacques Roovers, Sander Roobol, otn,Msio...... THU2F3.3 . . . Massimo . . Rontani, . . . . Henrik Ronnow, TUEp.SEMI.52 . Franco Ronconi, Francesco Romeo, THUp.SUP.25 . . . Olesya Romantsova, THUp.SUP.2 . . Alfonso . . Romano, . .WED1F3.4 ...... Roman´ı, Lu´ıs Breitwisier Romain, oad,Rnei...... WED1A.4 ...... Ranieri Rolandi, Peter Rohde, HpSR3,THUp.POL.25 THUp.SUR.32, THUp.SUR.28, THUp.SUR.19, THUp.LIQ.52 THUp.LIQ.4, MON1F6.3 MON2F6.3 MON1F6.2, THU2F1.1 THUp.SUR.23, THUp.LIQ.50 • TUEp.SEMI.33 TUEp.MAG.37 HpBO1,TUEp.MAT.24 THUp.BIO.15, THUp.SUR.14, THUp.SUR.9, TUEp.MAG.30 THU3F1.4 • THUp.LIQ.14 THUp.LIQ.16 • • • TUEp.SEMI.41, • TUEp.MAG.19 TUEp.SUR.64, • TUEp.SUR.30 THUp.SOC.7 • • • • • WED1F4.1 TUE1F6.3, • WED1A.1, MON1M.2 • MON1C.2 • THU1C.1 TUE2A.2 FRI2M.4 as,Poa...... THUp.LIQ.9 ...... THU3F4.5 ...... Paola Sassi, . Maura Sassetti, . . . Mikhail Sarychev, Andrey Sarikov, .FRI2A.4 . . Niyazi THUp.SUR.3 Serdar . . Sariciftci, . . . Serdar . TUEp.MAG.16 Niyazi . Sariciftci, . . . . Eduardo Sanz, WED2F3.3 . Paolo . . Santini, Santamar´ıa, FRI2C.2 Jacobo ...... WED1F4.3 . Massimo . . . Santacroce, P. . . S. . Mark Sansom, Antonio Sanna, THU1F4.1, . . Giorgio . Sangiovanni, ...... Luigi .FRI2F3.1 Sangaletti, . . . . Viorel Sandu, Niko Sandschneider, adr ik...... Dirk Sander, Laurent Sanchez-Palencia, TUEp.SUR.64, . . . . . THUp.SUR.17 . . Mihaela Rusu, I. Gheorghe Rusu, . . Gheorghe Rusu, ace,Dvd...... David . . Sanchez, . . . . Alexander Samukhin, Lars .THUp.LIQ.10 Samuelson, . . J. TUEp.SUR.39 . . . Emil . . Samuelsen, . . . Marco Sampoli, Juha Samela, Fernando Samaniego-Steta, TUEp.SUR.38, . Giancarlo Salviati, Elizabeth Salinas-Rodriguez, TUEp.MAT.7, . . .THUp.POL.21 . . . . Hamdolah TUEp.MAT.22 . Salehi, . MON2C.2 ...... Norkis . . Salazar, . Tetuya Saito, .TUEp.MAG.9 . A. . . Jennifer . . Saito, . . . . Vicente TUEp.SEMI.8 . Sagredo, . . . . Amirmehdi Saedi, Yurii Sadofyev, TUEp.SEMI.43 . . . Franca . Vellea Sacchi, Milena Sabino, . . . TUEp.SEMI.42 . . . . TUEp.SEMI.29 Michele . Saba, . . . . Mika Saarinen, . . . Esa . . Saarinen, . WED1F1.3 TUEp.MAT.12 . . . Saalwächter, . . Kay . . WED2M.1 ...... Armanda . . Sá, . . Maria . . . Simon . . . Straessle, . . S. . . . Rousset S, . . Rohart S, Valentin Ryzhov, ...... THUp.SUR.28 . . . . Olga . . Ryazanova, . . . . Barbara Ruzicka, Radu Rusu, UpSM.7 THU3A.4 TUEp.SEMI.37, THUp.BIO.12 THUp.SUP.1, THUp.BIO.14 • • TUE2F3.3 THUp.SUR.19, • THUp.SOC.13 TUEp.MAT.4 THUp.LIQ.39 TUEp.MAT.13 THUp.BIO.12 FRI2A.4 THUp.BIO.16 WED1M.5 TUE3F6.4 THUp.SUR.28 • THUp.SUP.12 • THUp.POL.25 • · • TUEp.SEMI.44, • • • THUp.SUR.19, • • • • THUp.SUP.19 TUEp.SUR.27 TUEp.SUR.13 uhr’index Authors’ THUp.LIQ.19 TUEp.SUR.5, THUp.LIQ.42 THUp.BIO.1, • • • • • • THU1F3.1, WED1A.5, • THU2F6.2 WED2M.1 TUE2F6.3 MON2A.2 • TUE2C.3 FRI1M.2 egr ek TUE3C.3, ...... TUEp.SEMI.68 . . THUp.BIO.6 . . . Heiko . . Seeger, . . . . Ara Sedrakyan, Elena Sedova, ...... Vladimir . . Sechovsky, . . Patrick Sebbah, F. James THUp.POL.3, Scott, . . . . THUp.LIQ.52 . . . . Elena Scortanu, Tullio Scopigno, TUEp.SUR.50, MON1F6.2 ...... Gabriele Sclauzero, Daniele Sciretti, THUp.LIQ.41, Francesco Sciortino, TUEp.MAG.15 . . . . Schwingenschlögl, Udo . . . .TUEp.MAT.10 ralph . . schweins, . . . . Karlheinz Schwarz, . Peter THU1M.3 Schwab, . . . Cosima TUEp.SEMI.50 . Schuster, . . . Annemarie Schuster, Robert Schulz, TUEp.MAG.37 . TUEp.SEMI.49, . . . WED2F3.1 ...... Schüller, . Christian . . . . Alain Schuhl, Tobias Schuh, .TUEp.SEMI.22, . . . . WED1F6.1 . . Dieter MON1F3.3 . Schuh, . . B. . . Thomas Schrøder, FRI1M.3 . . . . Andreas Schreyer, THU1A.1 . . . Klaus . . Schreckenbach, . . . . Heiko Schoberth, Stephan Schnez, THUp.SUR.29, . THUp.POL.28 . . . Thomas Schmidt, Kristin THUp.SUP.8 TUEp.MAT.10 . . Schmidt, . . . . Günther . Schmidt, . . . Christa . . Schmidt, . . . . . Christian THUp.SUR.47 . . Schlaup, . . . THUp.LIQ.41 . . . . Schirò, . Marco . TUE1M.2 . . Daniel . . Schinca, . . . . Rolf Schilling, Frederik Schiller, . . . . Fabio . . Sebastiano Schifano, .THUp.SOC.6 . TUE3C.2 . . . Simon . . Scheuring, . . . . Daria TUEp.MAT.15 . Schetinina, . . . . Albert Schenning, TUE1A.4 . . . Juerg . . Schefer, . Schäffler, Friedrich FRI1F.4 ...... A. . . Juergen THUp.LIQ.9 . Schaefer, . . . . Manuela .THUp.SOC.10 Scarselli, . . . . . Filippo . . Scarponi, . . . . Enrico . Scalas, . . . Giacomo THUp.SUR.47 Scalari, . . . . Antonio Scala, Lucia Scaffardi, Kumar Ashok Saxena, acu,Yrsa THUp.SUP.8 . THUp.BIO.4 . . . . Wanda . Sawka-Dobrowolska, . . . Yaroslav Savchuk, Antonio Sasso, • • THUp.POL.5 THUp.POL.4, • THUp.BIO.9 TUEp.SUR.40 TUEp.SEMI.50 THU2A.2 TUEp.SEMI.50, TUEp.SEMI.49, THU3F1.1 MON1F6.2 THUp.SUR.31 • TUEp.MAT.3 THUp.BIO.18 TUEp.MAG.28 FRI1F.2 TUEp.SEMI.2 • • • THUp.POL.28 TUEp.SUR.40 THUp.LIQ.30 • • • • • • TUE2F1.1 THU3M.2 WED2A.3 • TUE2A.3 TUE3C.1 FRI2F4.4 FRI2A.1

Index THU2C.1 • WED1F6.3 • THUp.LIQ.20 THUp.LIQ.11 THUp.BIO.25 TUEp.SUR.44 THUp.SUR.41 THUp.POL.20 • • • • • • TUEp.SUR.29 TUEp.MAG.30 TUEp.SEMI.48, TUEp.MAG.22 TUE3F4.4, FRI2F4.2 TUE1M.3 TUE3F3.1 THUp.BIO.11 MON2F3.5 THU2F1.2 • THU2F1.1 • • • THUp.BIO.14 THUp.SUR.9 TUEp.SEMI.19, TUEp.SUR.23, THU2F1.2 WED1F3.4 TUEp.MAG.1 TUEp.SUR.15 • van Houselt, Arievan Ruitenbeek, Jan . .Van . . Waeyenberge, . . Bartel . .THUp.SUR.8 . FRI1M.2 Vanden-Eujnden, Eric Vanderbemden, Philippe Vanea, EmiliaVanneste, Christian . . . .Varchon, . Fran¸cois ...... TUEp.SUR.23, FRI2A.1 Vardanyan, Lyudvig Varela, Luis MiguelVarsano, Daniele .THUp.SOC.15 . . . .Vartanian, THUp.BIO.8, ArshakVarvaro, Gaspare . . TUEp.SUR.29 . . . .Vasconcelos, . MON2F3.4, GiovaniVasconcelos, Manoel THUp.SOC.8 Vasin, MikailVatolin, Nikolay . . . .Vattulainen, . . Ilpo . . . . .Vecchione, .THUp.LIQ.7 Antonio . . . .THUp.BIO.28 . . .Vega, THU1F3.2, AndresVega, Juan . . F. . .Vekhov, . . Yegor TUEp.MAG.32 . .Velardi, . Luciano ...... Velasco, Jose . . Luis . .THUp.POL.14 Velický,Bedˇrich . . . . . TUEp.SEMI.40 Vempaire, . . David . MON1F6.2 Venturi, Giovanni . . . .Verbeeck, TUEp.MAG.7 Jo . . . THUp.LIQ.10 Verdini, Alberto ...... TUE1F3.2Verga, . . Alberto . MON2M.3, Veronese, Giulio . . Paolo . . Verrocchio, PaoloVeuillen, Jean-Yves . . . . Viau, GuillaumeVictor, Etgens ...... THU2F3.4 . .Vieira, . . Joaquim . .TUE1F3.3, Manuel Vieira, LuisVignale, Giovanni . . . .Vilarinho, . . Paula . . . . TUEp.MAT.31 . .Vilasi, . . Silvia . . THU2A.4 . .Villagonzalo, TUEp.MAT.25 Cristine ...... THUp.BIO.22 Vilmercati, PaoloVinai, Franco . . . THUp.BIO.14 Vincent, Dubost . . . .Vincent, . . Garcia ...... THU3F3.4 Viol . . Barbosa, . . . . Carlos TUE2F4.2 . Eduardo . . . . . TUE1F3.3 Virgilio, MicheleVisani, Cristina . . Vladimir, Temerov . . . .Vlassopoulos, . . . Dimitris . . TUEp.MAG.20 WED2F3.3 . TUE3F3.1 TUE1F1.2 THU3F1.5 WED2F6.4 MON2F1.4 • • WED1F4.3, • • • • Authors’ index TUEp.SUR.14 THUp.SUR.47 TUEp.SUR.56, • • • · THUp.SOC.12 • THUp.BIO.9 THUp.SUR.2 THU3F6.3, TUE1F4.1, FRI1F.2 THU3F4.3, THUp.SUP.1, THU3F1.3 • • THUp.SUR.2 FRI2M.3 WED1F4.4, THUp.SUP.21 FRI1F3.2 THU2M.2 • TUEp.MAG.23, THU2F3.3 WED1F4.4 THUp.SUR.3, MON2F3.3, • • THUp.SUP.12 • Trupina, LucianTruzzolillo, Domenico . . . .TUEp.MAT.27 . . .TUE2C.2, Trzebiatowski, KonradTrzupek, THUp.LIQ.3 Dominik . TUEp.SUR.56, Tomilin, FelixTorchia, Gustavo . . . . .Torelli, . Piero . . .THUp.BIO.6 . Torre, Renato . . . .Torres, . Teobaldo ...... Tortello, . WED1M.2 Mauro ...... MON1F3.1 . . . .Tosatti, . Erio ...... TUEp.SUR.50, Toschi, Alessandro . . . . TUE2F4.1, Toudic, BertrandTozzini, Valentina . . . .Trapananti, . Angela . . . .Tredicucci, . Alessandro . . . THU2C.3 .THUp.LIQ.3 Trembulowicz, Artur . . WED2A.2 Tres, Alejandro .THUp.SUR.7 Trevisanutto, Paolo . . E. . . .Trioni, . . Mario .MON1F3.1 ItaloTripadus, Vasile .Tripiccione, THUp.SUR.44 Raffaele . . . . .Tristan, . Cren . . MON1F3.3 . . MON1F6.2 Troiani, Filippo ...... Trotta, TUEp.SUR.59, TUE2F4.2 Rinaldo ...... Tsekhmister, YaroslavTseng, Jie-Jun . WED2F6.3 Tsong, Tien . . T. . .Tsui, . . Daniel THUp.SOC.9 .Turchanikov, . . Viktor . . . .Turtoi, . Dumitru . . TUEp.SUR.36 . . .Twaróg,Dariusz . TUE3F4.2 . . . . . TUEp.MAT.14 Tyliszczak, TolekUdovenko, Andrey . . . .Ugenti, . Simona . . TUEp.MAT.1 . . . .Uhov, TUEp.SUR.60, VictorUlbrich, R . . G . .Ulhaq-Bouillet, . . Corinne . TUEp.SUR.31 .Ummarino, . . Giovanni . .TUE1F3.2 . A. . . .Ummarino, . . Giovanni . Alberto TUE2M.2 WED1F4.3 Urban, Grzegorz . . TUEp.MAG.11, Urso, EmanuelaV, Repain . . .Vacher, . THUp.BIO.23 René . . . .Vakiv, . . . . Mykola ...... Valakh, . . . . Mykhailo . . . . WED2M.1 TUE1F6.3 . . . . THUp.LIQ.24 . . .Valenti, TUEp.SUR.4, Davide . . . .Valentin, THUp.SUP.18, NedeffValeri, Sergio . . . . .THUp.POL.7 . . . .Valeriani, . . Chantal . . . WED1M.2, van der . . Ploeg, . THUp.SUR.3 Simonvan Enckevort, Willem . .WED2F4.1 . .THU3M.1 FRI1F4.3 TUE3F6.3 • THU2F4.4 WED1F4.5 WED1F4.2 MON2F1.2 • • • • • TUEp.CUL.2 TUEp.CUL.3 THUp.BIO.28 TUEp.SUR.51 • • THUp.SUR.35 THUp.SUR.26 THUp.SOC.14 TUEp.MAG.35 • • • • • • FRI2M.1 TUEp.MAT.5, WED2F1.3 TUEp.SEMI.27, THUp.SUP.10, TUEp.SEMI.4 TUEp.SUR.65, THUp.SUR.6, • • THUp.SUP.26 TUEp.MAT.22 TUEp.SEMI.41 TUEp.MAT.27 • THUp.SOC.5 TUEp.SEMI.41, THUp.SUR.9, TUEp.MAT.24 TUEp.MAG.30 THUp.POL.11 ˇ Sutter, PeterSvaldo-Lanero, Tiziana . . . .Sveatoslav, . . Moskalenko .MON1M.2 . . . . THU3F1.1 Svec, Martin ...... TUEp.SUR.45, Syrkin, EugeneSyrkin, Yevgen . . . .Szatmári,Zsolt . THUp.SUR.12 . . . . .Szczudlo, . . . . Zbigniew . TUEp.SUR.1 . . . .WED2F3.3Szklarz, Przemyslaw . . THUp.SUR.7 Szroeder, PawelSzymczak, Henryk . . . TUEp.SEMI.67 Tabbal, Malek . . .Tabuteau, . . Herve . . . FRI2F4.1 . .Taddei, . Fabio THUp.SUR.45 . . . .Tafuri, . Francesco . . . WED1F6.5 ...... Taglieri, . Giuliana TUE3F4.4, Tagmatarchis, Nikos . . . Tajima, SetsukoTakács,Albert F...... Takano, . . Mikio . . WED1F1.3 . . . .WED2F3.1Talanchuk, Petro . . . . .Tamai, . Anna ...... THU1F4.2 . THUp.SUR.1 Tamburri, Emanuela ...... Tamegai, TsuyoshiTanasa, Radu . . . . . THU2F4.4 . . . . Taschin, AndreaTavares, Pedro . . . . .Tavazzi, . Silvia . WED2F6.4 . . . . TUEp.MAT.12 . . . . Tanasoiu, Constantin Tanatarov, Igor V.Tarancon, Alfonso . . .Tarasenko, . Sergey . . . . . MON1F6.2 . Tedesco, ConsigliaTegenkamp, Christoph . . . .Telenius, . Jelena . . .THU1M.3 FRI2F4.2 . . . Timco, GrigoreTimpu, Daniel . . . .Tiusan, TUEp.MAG.16 Coriolan . . . .Tkach, . . Alex . . . THUp.LIQ.2 . TUEp.MAG.37 Tkachov, Grigory ...... TUEp.MAT.25 . . . Tempere, Jacques Terenzi, CamillaTerranova, Maria . . Letizia . . Tesei, MauroTesta, Alberto . . Maria ...... MON2F3.4, Thalmeier, PeterThijs, Liesbet . . . .Thurn-Albrecht, . Thomas ...... Tian, MON2C.2 ZhenTiberto, Paola . . . .Tigau, . . Nicolae ...... TUEp.SUR.5 ...... THU3F3.4 . Tobias, DouglasTodorova, Boryana ...... WED2C.1 104 FRI1C.1 TUE1C.3 TUE2A.1 • TUE3A.1, THU2F3.1 • • MON2C.4, • WED2F6.2, • • THUp.BIO.3 • THUp.SUR.4 TUEp.SEMI.9 THUp.POL.6, • THUp.SUR.30 • TUEp.SEMI.38 THUp.POL.21, • • • • • TUEp.SUR.57 THUp.LIQ.33, THUp.LIQ.34 TUEp.MAG.31 THUp.BIO.13, THUp.BIO.22, THUp.BIO.24, THUp.BIO.27 • TUEp.MAT.2 THU2F3.1 TUEp.SUR.11 TUEp.SEMI.54 TUEp.SUR.60, FRI2M.3, • WED1F4.4 THUp.LIQ.37, WED1C.3 TUEp.MAG.13 THUp.SUP.26 THUp.POL.10 • THUp.POL.22 Spinozzi, Francesco . . . Spizzo, FedericoSplettstoesser, Janine ...... THU2F3.3 Sporken, RobertSpotyuk, Oleh . . . TUEp.MAG.21 Srivastava, Gyaneshwar . P...... THUp.LIQ.25 Staddon, LukeStadlbauer, Martin . . . .Stadlmayr, . . Werner . . . . . THU1F1.1 .Stampfer, . . Christoph . . FRI1M.3 Stanciu, George . . .Stanciu, . THU1A.1 Stefan . . Stancu, Alexandru . . . .TUEp.SEMI.38 TUEp.MAG.35, Stankic, SlavicaStanley, H. . . Eugene . .Stauber, . . . Tobias .WED1M.3 . . . . . WED2F6.1 . . .Stavarache, . . Ionel . . TUEp.SEMI.53, Stefan, AntoheStefan, Mariana . . . .Stefan, TUEp.SEMI.30 Robu . . Stefanova, Todorka . . . . .Stefanucci, . . Gianluca .THUp.POL.7 THUp.SOC.14 Stellato, FrancescoStepanov, Valeri . . A...... Stéphan,Odile . WED1F4.3, .Stepinski, . . Janusz . . . .Sterpone, . . Fabio THU2M.1 . . . . THUp.BIO.3 . . . .Stier, . MartinStognij, Alex ...... Stolarski, . . .TUEp.MAG.12, FRI2F3.1 RyszardStoleriu, Laurentiu . . Stoll, Hermann . . . . Stoneham, Marshall . . .Stornaiuolo, . . Daniela ...... TUE3F3.1 . WED1A.4 . . . TUE3F4.4, Stosch, RainerStrambini, Elia . . . .Stranges, . TUEp.MAT.16 Stefano . . .Strauch, . . Thomas . . . . . TUEp.SUR.58 . . Streitenberger, PeterStrobel, Pierre . . WED2F1.2 Strobl, Gert . . .Stroppa, . . Alessandro ...... MON2F3.1 ...... Stroyuk, . . AlexandrSuárez,Nery ...... THU2M.2 . Suga, ShigemasaSugimoto, Yoshiaki . . . .Sulpice, . . Andre WED2F3.1 . . . .Sun, WED2M.4 Yingna . . . .Suris, . . Robert TUEp.MAG.7 . . . .Surkova, . . Tatiana . . . .TUEp.SUR.6 . .Susu, . . Madalina ...... TUE1A.3 . . . . TUEp.MAT.27 WED2A.1 • THUp.BIO.8 TUEp.SUR.3 THUp.LIQ.18 • • THUp.SUR.39 THUp.POL.18 • THUp.SUR.33, • • TUEp.SEMI.13, • • THUp.BIO.27 • THUp.SUR.16 THUp.SUR.15 THUp.BIO.26 TUEp.SEMI.11 TUEp.SUR.50, FRI1F.2 TUEp.SEMI.23, TUEp.SEMI.32 THUp.SUR.38 THUp.BIO.6 THUp.LIQ.36, THU3F6.3, THUp.SOC.12 TUEp.SEMI.55, TUEp.SEMI.61, TUEp.SEMI.66, THU1A.2, FRI2A.3 • • • THUp.BIO.22, • TUEp.SUR.63, THUp.SUR.42 • ˇ ˇ Sorella, SandroSoroka, Inna . . L. . .Sosnova, . . Mariya . . WED2F6.2 ...... Soukhovolsky, WED1M.4 Vyacheslav Soumare, YaghoubSpagnolo, . Bernardo . . . . THU2F3.4 THUp.SUP.18, Spallanzani, Nicola . Sokolova, OlenaSommer, Jens-Uwe . . . . Son, Leonid . . . . .Soncini, .TUE2C.3 Alessandro . . . . .Soranno, . Andrea ...... THUp.LIQ.7 . .Sorba, THU3F3.3 Lucia ...... THU3C.2 TUE1A.1, TUE2A.1, Sordi, GiovanniSoree, Bart ...... MON2F4.5 . . . . . Spanu, LeonardoSpanulescu, Ion . . . .Spearman, . . Peter . WED2F6.2 . . .Speckmann, TUEp.MAT.27 Moritz . . . THUp.SUR.35 Speghini, Adolfo . . . .Speiser, THU3F1.1 E. . . . .Sperl, . . Matthias . . . THU1F3.1 . Václav .Spiˇcka, ...... Spinolo, . . . TUEp.SEMI.40 Giorgio . . . . FRI2F3.2 . . . . TUEp.SUR.21 Sinis, ValeriySirtori, Carlo ...... TUEp.SEMI.63 ...... Sighinolfi, LucaSigrist, Manfred . . . .Silber, TUEp.MAG.23 Ariel . . .Sildos, . . . Ilmo . . . THU1F3.3 . .Silfhout, . . Arend . . . . van . . . . .Siljegović,Mirjana . . MON1F3.1 . .TUEp.MAT.32 .TUEp.SUR.28 Silva, . . Machado THUp.LIQ.23 Silva Neto, . . Marcello . .Silva-Pinto, TUEp.MAT.12 Elisângela . . . . .FRI1F3.3 Silvera, IsaacSilvestrelli, Pier . . Luigi . . . . . THUp.SUP.10 Silvestri, LeonardoSimon, Charles . THUp.SUR.35 Simon, Ferenc . . . .Simon, . . . Viorica ...... FRI1F3.1 ...... THU1F1.1 Simonot, . THUp.BIO.25, LionelSingh, David . J. . . .Sinibaldi, . . Raffaele ...... FRI1F.1 ...... FRI1F4.3 MON2C.4, Sisakhti, Masoumeh Sitter, HelmutSlachmuylders, An . . . .Slipko, . . Valeriy ...... Smagulova, . . . FRI2A.4 Svetlana . MON2A.3 . . . . Smogunov, Alexander Sobczyk, LucjanSokolov, Igor . . . . TUEp.MAT.3 . . . . . General Conference of the Condensed Matter Division of the European Physical Society nd 22 FRI2A.2 FRI1A.1 FRIPL.1 TUE1A.3 • • • TUE2C.2, • TUE1F6.1, WED2F4.1 MON1F4.1 MON2F6.2 • • • • • THUp.SUR.6 THUp.BIO.10 TUEp.SUR.37 • TUEp.MAT.10 TUEp.MAG.18 • • TUEp.SEMI.28, • • THUp.SUR.21, • • TUEp.SUR.32 • TUEp.SEMI.17, TUEp.SUR.24 TUEp.SUR.48 THUp.SUR.14, THUp.BIO.23, TUEp.MAT.24 THUp.POL.17 MON1F4.2 • • THUp.BIO.19 • • TUEp.MAT.7, TUEp.MAT.13 TUE1F6.2 TUEp.SUR.6 • TUEp.SUR.31, THUp.POL.14 TUEp.SEMI.16, THUp.LIQ.24 THUp.LIQ.47 THU1F4.2 Sefrioui, ZouhairSeibold, Goetz ...... WED2F3.3 . . .Seidel, . . Christian . . . . FRI2M.3, ...... Selloni, Annabella ...... Semenenko, Mykola Semina, MarinaSemkin, Victor . . . . .Sen, . . Pranay . . . K. . . . THUp.POL.18 . . Sen, PratimaSen, Sujat . . . .Senatore, . . Gaetano TUEp.SEMI.28 . . . .Senchurov, . . Sergiy ...... THUp.POL.27 .Sennato, . Simona TUE3F4.1 ...... Seo, Jin WonSereni, Paolo . .Sergeev, . . Rinat ...... Sergienko, . . Nina MON1F1.3 . . . .Sergiu, . . Vatavu ...... Seriani, TUE1A.3 . Nicola THUp.SUP.8 . . . .Serra, . . Antonio THUp.POL.8 ...... TUEp.SUR.41 . . . TUEp.SEMI.41, Serra, LlorencSerresi, Michela . . . . .Servatkhah, . . Mojtaba ...... TUE2F3.3 ...... THU2C.3 Servol, MarinaSessa, Vito . . . .Sette, . . Francesco TUEp.MAG.5 ...... Shaikhutdinov, THUp.SUR.9 . Shamil Shank, Elizabeth A.Sharangovich, Sergey . . . . . TUE3C.4 Sharma, Pradeep . . Shcherbakova, Elena Shekera, RomanShelagin, Anatoliy . . . . .THUp.SUR.1Shelankov, Andrei . . TUEp.MAT.1 Shen, Z.-X.Shengelaya, Alexander . . . .Shepelyansky, . . Dima . . . WED1F1.3 . .Shevchenko, . . Sergey . FRI1F4.3 TUEp.SUR.42 . . Shi, LeiShi, Ming . . . .Shields, . . Andrew ...... TUEp.SUR.22 ...... Shutov, StanislavSibani, Paolo . . THUp.SUR.25 Siciliano, Maria . Vittoria ...... Siewert, Jens FRI1A.2, WED2F4.3 Shilov, ValeriiShneyder, Elena . . . .Shpotyuk, . . Oleh THUp.SUR.27 . . . . . THUp.SUP.7 . . . TUEp.SEMI.15, Shpotyuk, Yaroslav . THUp.LIQ.24, Shukla, Abhay . . . .Shukrinov, TUEp.SEMI.57, PavelShukrynau, Pavel . . . TUEp.SUR.45 . .

Index Notes .TUEp.MAT.30 . . . . . Baolin Wang, TUEp.SUR.17, . . . . Klaus WED2A.2, Wandelt, ...... Christoph Walther, Roman Wahl, Elwira Wachowicz, TUEp.MAT.20, . . Tatjana Vukovic, TUEp.SUR.39 . . . . . Rodolphe Vuilleumier, THUp.SUR.6 . . Sasa . . Vuckovic, . Martin Vondracek, Klaus Klitzing, von THUp.BIO.1, . Tatyana . . Voloshok, . . . . THUp.BIO.6 ...... Igor Voloshin, THU2C.3 TUEp.MAG.18 . . . . Polina . . Volkova, . . . . Aleksandr Volkov, . . . Valerio FRI2F4.1 . Voliani, . . Dimitry Volchenkov, I. THUp.LIQ.30 Alexander Voitenko, TUEp.MAT.9 . . Thomas . . . Voigtmann, ...... Doris . . Vogtenhuber, . . . . Jan Vogel, Elias Vlieg, THU3M.2 WED2M.2, TUEp.SUR.19, WED2A.3 • • THUp.SUR.36 • TUEp.MAG.26 THU1F1.4 THUp.BIO.16 • • • TUEp.MAG.37 THUp.SUP.16 TUEp.MAT.9 • • • EPS14.2.1 THU3M.1 FRI2F6.3 22 nd eea ofrneo h odne atrDvso fteErpa hsclSociety Physical European the of Division Matter Condensed the of Conference General at,Brad...... Bernard Watts, Jerzy Warczewski, MON2F6.4, . . . TUEp.MAT.29 . . . . Supatra Wangsoub, .THUp.SOC.9 . . Yongxin TUEp.MAT.29 Wang, . . . . THUp.LIQ.8 Sun-Chong . . Wang, . . . . Huizhen Wang, GuanFei Wang, ed,Mcal.....THUp.SUP.8 . TUE2M.2 ...... Michael Wendt, M Wenderoth, TUE1C.1 ...... FRI1F.4 . . . Anna-Maria . . THU3F4.5 Welsch, ...... Mark . . Welland, . . . Ch.- . .THUp.LIQ.17 . Hansi . Weissker, ...... Ulrich . . Weiss, ...... Saul . . Weiner, . Martin Weik, O. Tim Wehling, .FRI2F3.2 . . Werner Wegscheider, WED1M.5 . . . Werner Weghscheider, THUp.SUP.8 .TUEp.SEMI.22 . . Sebastian . . Wedekind, . . . Wolfgang Weber, Harald Weber, Enrico Bernard Watts, • FRI1C.2 • TUEp.SEMI.50 TUEp.SEMI.49, TUEp.SEMI.22, TUEp.SUR.38 UpMG1,FRI1F3.2 TUEp.MAG.11, TUEp.MAT.16 • TUEp.MAT.4 • • WED2C.1 TUE3A.3 yt,Ara THUp.LIQ.18, . . . . . WED2F3.1 TUEp.SEMI.49 . Adrian . . Wyatt, . . . . Ursula Wurstbauer, TUEp.SEMI.12, . . Wulf . . Wulfhekel, . . THUp.SOC.5 . . Hui . . Jin THUp.BIO.3 Wu, . . .WED2C.1 . . Michiel . . Wouters, . . . . Remigiusz . . TUE3C.2 Worch, ...... Kathleen . . Wood, . . . . Gordon Woo, Martin Wolffs, TUEp.MAG.11, .WED2A.2 . . . . Grzegorz W ladarz, Bernd THUp.LIQ.3 Witzigmann, THUp.LIQ.40 . . Agnieszka Witkowska, Zbigniew Witczak, THU1F1.3 Przemys law Witczak, Tobias Christoph Wirth, . . S. . Horacio .TUEp.MAG.16 . . Wio, . Richard TUEp.SEMI.71 Winpenny, . . G. . Roland .WED2A.2 . Winkler, . . . . David . . Williams, . . . . WED2F1.1 MON1A.3 Diederik . . . Wiersma, ...... TUE3F4.2 . Andreas . . . . Wieck, ...... Daniel . . Weygand, . . W. . . Ken West, Ken West, THU3A.3 FRI1F3.2 • THUp.LIQ.29 THUp.LIQ.40 • THUp.SUR.10, • THUp.SOC.1 • WED1F3.1 • TUE2C.1 105 aci ispe...... WED2C.1 ...... THUp.BIO.10 . . . . . Giuseppe Zaccai, Yuri Zabashta, ui fr...... Ofer Yuli, MON1F6.2 ...... THUp.SUP.25 . Volodymyr . Yukhymchuk, . . . . David Yllanes, .TUEp.SUR.24 . Zu-Jian Ying, Oktay Yilmazoglu, . . . . . Oleg Yeshchenko, Alexander Yaresko, ...... Wei . .THU1F4.2 . . Zu . . . Yan, . . WED2M.1 . . . . . Yuko . Yamada, . . . WED2M.1 ...... Ikuya . . . Yamada, ...... Michael . . Yakunin, THUp.POL.9 ...... Nahas . . Y, . . TUE3F4.2 . . . . Girard . . Y, . . TUE3F6.3 . . . Jianjun . . Xu, . Jian-Sheng Xia, F.G. Adrian Wyatt, aek,Anatoliy Yaremko, TUE2F4.1 ...... N. . Spyros Yannopoulos, TUEp.MAT.29, . . . Xiaoping . Yang, . . . . . Lin Yang, TUEp.SEMI.7 THUp.SUR.22 TUEp.SUR.4 THUp.LIQ.27 THUp.LIQ.52 TUEp.MAT.30 • • • • • TUEp.SUR.10, TUEp.SEMI.7, TUEp.SUR.22 TUEp.SEMI.8 THUp.LIQ.49 • • THU2F4.2 TUE2F4.4 ebto rnec .THU1F1.1 . . . THUp.POL.16 . . . . . Francesco Zerbetto, . TUEp.SUR.47 . . . . Mehdi . . . Zeghal, . . . Riccardo Zecchina, THUp.LIQ.45 . . . Agata Zdyb, . Dmitriy THU2A.2 . . Zatsepin, ...... Anatoliy . . Zatsepin, . . Stefano THUp.BIO.20 . Zapperi, . . S. . . Patric Zapp, TUEp.SUR.58 . . David THU2M.3 Zapletal, . FRI1M.2 . . Robertino . . Zanoni, . . J.W. . . Harold Zandvliet, .THUp.LIQ.4 . Harold Zandvliet, Francesco Zamponi, Manuel Juan M, Zamora . . . Saeed Zamiri, . . . V. .WED2F1.1 . . Konstantin . . Zakharchenko, . . . . Elena Zaitseva, TUEp.SUR.4, Michael . . Zaiser, ...... THU1F6.2 . . Dietrich . . Zahn, . . . Ioan Zaharie, . . Andrea Zaccaria, Emanuela Zaccarelli, ahrv,Iia.. . Irina Zakharova, THU2M.2 THUp.LIQ.39 THU3A.4 TUEp.MAG.18 • TUE3A.2 • • · • TUEp.SEMI.37, TUEp.SEMI.26 THUp.SUR.27, • • uhr’index Authors’ THUp.LIQ.45 THUp.LIQ.48 • • • WED2F1.1 TUE3F6.1 TUE2F6.4 uz,Sr . . . . TUE3F6.4 ...... Tatyana . . Zykova-Timan, . . . Sara Zuzzi, THUp.BIO.1, Zhanchun . Zuo, . . . . TUE3F4.3 . . . . . Victor . Zozulya, ...... Giorgio . . . . Zoppellaro, . . THUp.BIO.15 ...... Zöllner, . Dana . . . Danilo Zola, THUp.SUR.11 . Pavel Zinin, Giovanna Zilibotti, MON2F1.3 . . .TUEp.SUR.56, ...... Zieliński, .TUEp.MAG.6 . Piotr ...... Klaus . . Ziegler, . . . . . Arcady Zhukov, Yan Zhou, . . . THUp.SUP.25 . WED1F1.3 Jianguo . . Zhou, . . . . Huan-Qiang Zhou, Nikolai TUEp.MAT.29,Zhigadlo, ...... Fengying . . Zhao, . . . . Yan Zhang, Xin Zhang, hn,Jajn...... TUE2F3.2 ...... Jianjun Zhang, Lin Chao Zha, • THUp.BIO.16 WED2F1.3 THUp.SUR.2, • TUEp.MAT.30 THUp.SUR.3 TUEp.MAT.30 • • TUEp.MAT.29, • TUEp.SEMI.32 THUp.BIO.19 • • • • WED2F1.2 MON2M.4 • THU1F3.2 TUE2F3.2 TUE1A.4

Index 22nd General Conference of the Condensed Matter Division of the European Physical Society · Notes

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106 22nd General Conference of the Condensed Matter Division of the European Physical Society · Notes

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107 22nd General Conference of the Condensed Matter Division of the European Physical Society · Notes

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108 22nd General Conference of the Condensed Matter Division of the European Physical Society · Notes

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109 22nd General Conference of the Condensed Matter Division of the European Physical Society · Notes

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110 22nd General Conference of the Condensed Matter Division of the European Physical Society · Notes

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111 22nd General Conference of the Condensed Matter Division of the European Physical Society · Notes

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112