List of Panel members Grant Agremeent 227431 Reporting Period PR1 HADRONPHYSICS2 Eligible proposals 23 Selected proposals 22 Infrastructure Nation- H o m e I n s t i t u t i o n Short Name Family_Name First_Name Gender ality Institution Name Town Country Email Additional Information
ECT Anselmino Mauro MIT Università di Torino Torino IT [email protected]
ECT Friman Bengt MFI GSI Darmstadt Darmstadt DE [email protected]
ECT Gustafsson Hans-Ake MSE Lund University Lund SE Hans- [email protected] ECT Haensel Pawel MPL Nicolaus Copernicus Warsaw PL [email protected] Astronomical Center ECT Hands Simon MGB Swansea University Swansea GB [email protected]
ECT Haxton Wick MOT University of Washington Washington OT [email protected]
ECT Heyde Kris MBE University of Gent Gent BE [email protected]
ECT Ollitrault Jean-Yves MFR CEA Saclay Gif-sur-Yvette FR [email protected]
ECT Rosner Guenther MDE University of Glasgow Glasgow GB g.rosner@physics.gla.ac.uk
ECT Gaardhøje Jens Jørgen MDK Niels Bohr Institute Copenhagen DK [email protected]
ECT Balantekin Baha MTR University of Wisconsin- Madison OT [email protected] Madison MAMI Burkert Volker MOT Jefferson Laboratory Newport News OT [email protected]
MAMI Colangelo Gilberto MCH Institut fuer Theoretische Bern CH [email protected] Physik, Universität Bern MAMI Friese Juergen MDE Physik Department, TU Garching DE [email protected] Muenchen muenchen.de MAMI Ratzinger Ulrich MDE Inst. f. angewandte Physik, Frankfurt DE [email protected] Univ. Frankfurt frankfurt.de MAMI Ripani Marco MIT INFN, Genova Genova IT [email protected]
MAMI Rosner Guenther MDE Dept. Of Physics and Glasgow GB [email protected] Astronomy, University of Glasgow
martedì 16 luglio 2013 Page 1 of 2 Infrastructure Nation- H o m e I n s t i t u t i o n Short Name Family_Name First_Name Gender ality Institution Name Town Country Email Additional Information
MAMI Schumacher Reinhard MOT Dept. Of Physics, Carnegie Pittsburgh OT [email protected] Mellon University MAMI Soyeur Madeleine FFR CEA/Saclay Saclay FR [email protected]
SIS Aichelin Jörg MDE Subatech Nantes FR [email protected]
SIS Giubellino Paolo MIT INFN Turin Turin IT [email protected]
SIS Peitzmann Thomas MDE Utrecht University Utrecht NL [email protected]
FZJ-COSY Anselmino Mauro M ITUniversity Torino Torino IT [email protected]
FZJ-COSY Barber Desmond MGB DESY Hamburg DE [email protected]
FZJ-COSY Bijnens Johan MSE Lund University Lund SE [email protected]
FZJ-COSY Garçon Michel MFR CEA-Saclay Saclay FR [email protected] chairman
FZJ-COSY Herrmann Norbert MDE GSI Darmstadt DE [email protected]
FZJ-COSY Kaiser Norbert MDE TU München München DE [email protected] muenchen.de FZJ-COSY Kämpfer Burkhard MDE FZ Dresden-Rossendorf Dresden DE [email protected]
FZJ-COSY Kishimoto Tadafumi MOT RCNP Osaka University Osaka OT [email protected]
FZJ-COSY Löhner Herbert MDE KVI Groningen Groningen NL [email protected]
FZJ-COSY Magiera Andrzej MPL Jagiellonian University Cracow PL [email protected] Cracow FZJ-COSY Opper Allena FOT George Washington Washington OT [email protected] University FZJ-COSY Thoma Ulrike FDE Universität Bonn Bonn DE [email protected]
INFN-LNF Bossi Fabio MIT INFN-LNF Frascati IT [email protected]
INFN-LNF Calvani Paolo MIT Università Roma "La Rome IT [email protected] Sapienza" INFN-LNF Egger Jean-Pierre MCH Université de Neuchatel Neuchatel CH [email protected]
INFN-LNF Kienle Paul MDE TUM - Technische Munich DE [email protected] Universität München muenchen.de INFN-LNF Natoli Calogero MIT INFN-LNF Frascati IT [email protected] martedì 16 luglio 2013 Page 2 of 2 List of UserProjects
martedì 16 luglio 2013 Page 1 of 58 Grant Agr. I 227431 Reporting Period PR1 UserProject Acronym 01SCHICKER10
Title Diffractive and Electromagnetic Processes at the LHC Continuation N
M a i n F i e l d Physics Scientific Field Specific discipline Nuclear physics
Objectives This workshop aimed at summarizing the status of diffractive experiments, both present and future, and at analyzing their possible impact on physics at the LHC. It gathered a number of specialists of all existing experiments worldwide, as well as a few theorists
Achievements This meeting was very successful, as it did cover in depth most aspects of the upcoming diffraction experiments at the LHC, from the measurement of luminosity by ATLAS (ALFA, LUCID, ZDC), to the near-future measurements of TOTEM, and to the extensions of CMS (FP420, HPS220) to measure central production, via photon or pomeron exchange. The potentials of ALICE and LHCb were also explained, as well as the latest results from HERA and CDF. The workshop also enabled the interaction of theorists with experimentalists from HERA (L. Schoeffel), RHIC (W. Guryn), ATLAS (C. Royon), CMS (K. Piotrkovsky) and ALICE (R. Schicker) to understand what kind of theoretical study would be useful for these experiments, as well as of course the interaction amongst theorists about recent theoretical predictions.
Installation Use
Infrastructure Installation Installation Amount of Access Short Name ID Short Name Delivered ECT 1 ECT 42
martedì 16 luglio 2013 Page 2 of 58 Grant Agr. I 227431 Reporting Period PR1 UserProject Acronym 02AART09
Title Sign Problems and Complex Actions Continuation N
M a i n F i e l d Physics Scientific Field Specific discipline Nuclear physics
Objectives The understanding of strongly interacting matter and a variety of strongly correlated materials requires a nonperturbative analysis employing numerical simulations. In the conventional formulations of these problems, introduction of a chemical potential makes the action complex and standard Monte Carlo methods to evaluate the path integral through importance sampling fail (the sign problem). Fortunately, in recent years radical new approaches have been developed which can handle the sign problem or even eliminate it altogether. These methods are based on rewriting the partition function in a dual set of variables, similar to worldline representations, or on stochastic quantization and complex Langevin dynamics. The aim of this workshop was to learn about sign problems that arise in lattice field theory, understand what has been done in recent years and explore what can be done in the future.
Achievements The workshop had the character of an interdisciplinary yet technical meeting, giving participants the opportunity to learn developments outside their own field of expertise. With two moderated discussion sessions each day, there was ample time for in depth debate. Two days were spent on the most promising directions to tackle the sign problem: complex Langevin dynamics and worldline methods. Two important insights have emerged from this conference: (1) In the context of complex Langevin dynamics, the possible relevance of stochastic gauge fixing was emphasized by several participants, (2) In the context of world line formulations, the sign problem in QCD with a finite baryon density may be alleviated through a partial averaging over gauge field configurations especially in relation to the Polyakov loop fluctuations.
Installation Use
Infrastructure Installation Installation Amount of Access Short Name ID Short Name Delivered ECT 1 ECT 47
martedì 16 luglio 2013 Page 3 of 58 Grant Agr. I 227431 Reporting Period PR1 UserProject Acronym 02VAAGEN10
Title Many-Body Open Quantum Systems: From Atomic Nuclei to Quantum Dots Continuation N
M a i n F i e l d Physics Scientific Field Specific discipline Nuclear physics
Objectives Small open quantum systems (OQS), whose properties are profoundly affected by environment, i.e., continuum of decay channels, are intensely studied in various fields of physics (nuclear physics, atomic and molecular physics, mesoscopic physics, quantum optics, etc.). These different many-body systems, in spite of their specific features, have generic properties which are common to all weakly bound/unbound systems close to the threshold. These include: properties of the exceptional points and related topological phases, crossing and avoided crossing of resonance energies, redistribution of widths, symmetry-breaking effects in different regimes of resonance energies, redistribution of widths, symmetry-breaking effects in different regimes of resonances densities, S-matrix fluctuations, width distributions, etc.. The objective of this interdisciplinary workshop thus has been to bring together experts and students working on different many-body OQS such as the weakly bound/unbound (exotic) atomic nuclei, the atoms/molecules in external laser fields, the open quantum dots, the open microwave cavities, the crystal/nanotubes in laser fields, etc., to discuss the status of most urgent topics two and half years after the 2007 ECT* Workshop on “Many-Body Open Quantum Systems”. Achievements The workshop did not only have the character of an interdisciplinary meeting but has shown a sustained growth and dynamics of the wide field of open quantum systems. The range of topics discussed within five days ranged from the physics of ultra cold gases and Bose-Einstein Condensation (BEC), the laser-BEC analogy, entanglement, quantum networks and random unitary interactions to the physics of nuclei. The latter clearly constituted the major part of the workshop and has shown how the growing interest into the theory of OQS is associated with experimental efforts in producing weakly bound/unbound nuclei close to the particle drip-lines and studying structures and reactions with those nuclei. The workshop was full of lively discussions between the participants from different communities in the wide field of small OQS.
Installation Use
Infrastructure Installation Installation Amount of Access Short Name ID Short Name Delivered ECT 1 ECT 33
martedì 16 luglio 2013 Page 4 of 58 Grant Agr. I 227431 Reporting Period PR1 UserProject Acronym 03AICHELIN09
Title Simulations of Low and Intermediate Energy Heavy Ion Reactions Continuation N
M a i n F i e l d Physics Scientific Field Specific discipline Nuclear physics
Objectives The search for the properties of hadronic matter in all its aspects is the main aim of low and intermediate energy heavy ion collisions. Theoretical simulations of such collisions are an essential tool to interpret the experimental results and to extract the desired information. However,the results of the presently used simulation codes are not unambiguous, limiting the information gained in the field. Therefore the primary purpose of the workshop was to benchmark such simulation codes. Calculations with standardized physical input have been performed before and during the workshop, where the results and possible sources of differences were discussed. The final aim of the initiative is to obtain estimates of the theoretical error in the extracted physical quantities in heavy ion collisions. We succeeded to motivate the main groups engaged in such simulations to participate in the workshop, as well as experimentalists using extensively such codes. Achievements We found generally a good agreement of the results for bulk variables, such as stopping and flow, which, however, is still not good enough relative to the variations due to different physical assumptions, e.g. on the symmetry energy. We therefore discussed in particular the behaviour of the collision term (frequency, energy and density distributions). Here we found rather large differences, showing that the strategy to simulate this term is critical for further progress. Thus continuing activity is planned together with further benchmark calculations. The aim is to write a report in a quotable journal to allow to assess the accuracy of simulations. Furthermore it is planned to improve the documentation of the programs to make them more easily available and usable, esp. by experimentalists. In parallel we had a series of lectures and extended talks by the experts of the field present on current topics of heavy ion collisions in this energy range, which met with lively and fruitful discussions, in particular with respect to the requests of experimentalists. Installation Use
Infrastructure Installation Installation Amount of Access Short Name ID Short Name Delivered ECT 1 ECT 33
martedì 16 luglio 2013 Page 5 of 58 Grant Agr. I 227431 Reporting Period PR1 UserProject Acronym 03DICKHOFF10
Title Reactions and Nucleon Properties in Rare Isotopes Continuation N
M a i n F i e l d Physics Scientific Field Specific discipline Nuclear physics
Objectives One of the goals of this workshop was to start the process of evaluating the uncertainties in the data analysis related to reaction models with the intent to identify necessary developments in reaction theory. Another prominent goal was to discuss theoretical questions related to exotic isotopes that can further motivate future experiments so the emphasis on the theory side was to have talks that concentrate on generating results relevant for rare isotopes.
Achievements This workshop brought together many world experts covering the following topics:
- Systematics of single-particle properties (that is both energies and spectral strength) along isotopic chains - Comparison of different reaction methods for extracting information on spectroscopic factors - including discussions of reaction model dependence -Charge-exchange reactions and collective modes in Z/N asymmetric nuclei - Implications of collective response to stability and symmetry energy - Theory at the drip lines: evolution of quasiparticle properties, coupling between single nucleons and collective modes -Experiments at the drip lines: discussion of possible future experiments.
It is the opinion of the organizers backed-up by numerous comments of participants that the workshop was very successful and exposed lots of participants to a much broader range of topics than is usual at such meetings. Installation Use
Infrastructure Installation Installation Amount of Access Short Name ID Short Name Delivered ECT 1 ECT 37
martedì 16 luglio 2013 Page 6 of 58 Grant Agr. I 227431 Reporting Period PR1 UserProject Acronym 04BLASCHKE09
Title Heavy Quarkonia Production in Heavy-Ion Collisions Continuation N
M a i n F i e l d Physics Scientific Field Specific discipline Nuclear physics
Objectives Since significant progress has been made recently in the field of charmonium (or more general heavy quarkonium) production in heavy-ion collisions, both theoretically (lattice QCD and effective models at finite temperature, phenomenological implementations for A-A collisions) and experimentally (most notably in the understanding of ``cold nuclear matter" effects at RHIC and the CERN-SPS), it was the aim of the workshop to bring together at the ECT* theorists and experimentalists in order to revisit these developments and update the understanding of charmonium properties in medium and their consequences for heavy-ion collisions, also in view of upcomning experiments at CERN-LHC and the new domain of dense matter to be probed at FAIR-CBM.
Achievements The workshop has served its goal of bringing together at the ECT* theorists and experimentalists fostering a fruitful exchange leading to significant progress in identifying central problems in heavy- quarkonia production in heavy-ion collisions, and advance viable avenues of solution. The forefront of the experimental status has been pushed forward, and theoretical concepts have been presented, discussed and scrutinized. Contacts among leading researchers in the field have been facilitated, new projects have been initiated, and existing collaborations have worked on joint publications.
Progress has been made in the main directions defined above:
1.Exchanges between experts in lQCD, effective field theory and potential models have been organized; one of the central topics, the extraction of heavy-quark potentials from thermal lQCD (``$F(r,T)$ vs. $U(r,T)$''), has been addressed in depth (Beraudo, Brambilla, Cabrera, Kaczmarek, Laine, Petreczky, Riek, Satz, Wong and others), including a dedicated discussion session (convener: Rapp). The problem has not been resolved, but arguments and problems to distinguish different quantities have been better identified and sharpened. 2.The role and relations of different inelastic reaction rates have been clarified. The nonequilibrium aspects of quarkonia creation and evolution within kinetic approaches including dissociation and/or recombination in the medium have been discussed. The role of hadronic states, the relation of timescales (heavy-quark vs. quarkonium vs. plasma formation) and their role at different collisions energies have been elaborated (Andronic, Bratkovskaya, Braun-Munzinger, Ko, Redlich, Zhao and others). 3.New experimental results, in particular from p-A and d-Au collisions at RHIC (Frawlez, Leitch) and SPS (Arnaldi, Scomparin), have led to a highlight of this workshop: a systematic evaluation of CNM effects has been used to isolate a centrality-dependent ``anomalous supression" factor, S_{J/psi}. Albeit not fully model-independent, the resulting S_{J/psi} exhibits, within exp. errors, universal behavior in system size and collision energy when plotted as a function of charged-particle multiplicity, dN_ch/d eta. Moreover, S_{J/psi}(dN_ch/deta) seems to feature an ``onset-behavior" for suppression at approximately $dN_{ch}/d\eta\simeq 300$. It is tempting to associate this with an energy-density variable and thus relate it to the onset of Quark-Gluon Plasma formation in A-A reactions. Current model predictions overestimate the suppression at low centralities (partly due to the updated CNM baseline), but several theoretical questions will have to be revisited (e.g., variations in the QGP formation time, magnitude of $J/\psi$ binding and dissociation in both QGP and hadron gas, etc.). This will further tighten the connection with the theoretical developments discussed above. Installation Use
martedì 16 luglio 2013 Page 7 of 58 Infrastructure Installation Installation Amount of Access Short Name ID Short Name Delivered ECT 1 ECT 30
martedì 16 luglio 2013 Page 8 of 58 Grant Agr. I 227431 Reporting Period PR1 UserProject Acronym 04CARUSOTTO10
Title New frontiers in graphene physics Continuation N
M a i n F i e l d Physics Scientific Field Specific discipline Nuclear physics
Objectives The main objective of the workshop “New Frontiers in Graphene Physics” held at the ECT* in Trento (Italy) in April 2010 has been the improvement of interdisciplinary research related to the physics of graphene (the two dimensional allotrope of carbon discovered at the University of Manchester in the year 2004). The speakers and participants of the workshop came from a variety of different fields such as condensed matter physics, quantum optics, atomic physics, and nuclear high energy physics (both from theoretical as well as experimental groups). Due to the high quality of the talks and the willingness of the speakers to explain their expertise in an understandable way to physicists from other areas of research, the workshop definitely increased the interdisciplinary interaction of all participants.
Achievements The main achievement of the workshop, for the short term, is the inspiration of different fields from each other. It became clear during the three days of the workshop that the interdisciplinary flow of information already inspired different researcher at the ECT* in Trento to develop new ideas. In the long run, direct collaborations between some of the participants can be expected. As an example, we would like to point out the many-body effects predicted by the condensed matter community which might be measurable using cold atoms in optical lattices as well as in photonic crystals. In my opinion, the workshop was a great success and a similar activity should be organized in the future when some of the new collaborations are really established.
Installation Use
Infrastructure Installation Installation Amount of Access Short Name ID Short Name Delivered ECT 1 ECT 26
martedì 16 luglio 2013 Page 9 of 58 Grant Agr. I 227431 Reporting Period PR1 UserProject Acronym 05GIANNINI09
Title The 5th International Pion-Nucleon PWA Workshop and Interpretation of Baryon Continuation Resonances N
M a i n F i e l d Physics Scientific Field Specific discipline Nuclear physics
Objectives The main objective of this series of workshops is to bring together experimentalists and theorists to discuss the extraction of the baryon resonance spectrum from the data on meson-baryon scattering as well as on meson photo- and electroproduction. In the discussions also quite technical questions are addressed so that the people working in the field may get a detailed picture of the work of different groups. The aim is to agree on the proper parameterization of baryon resonances in a manner which would be adequate also in complicated cases. Also, establishing a connection to the results of lattice calculations is gradually becoming an important issue. Another aim is to define future experiments which would be most helpful in resolving the remaining open questions and uncertainties.
Achievements The workshop brought together many groups active in the partial wave analysis of the baryon spectrum and many fruitful discussions were carried out. There seems to be a strengthening view that resonances should be parameterized in terms of T-matrix pole positions and residues instead of the Breit-Wigner poles. In the workshop it was demonstrated, however, that this is an extremely complicated task, if several channels are open and the resonance pole lies far away from the physical axis. Different calculations which include dynamical effects were also presented and they made it clear that model dependence is still present and that complicates e.g. the comparison with quark model results. A promising avenue has been opened by the lattice work and that will undoubtedly lead to interesting results by the 6th meeting of the series.
Installation Use
Infrastructure Installation Installation Amount of Access Short Name ID Short Name Delivered ECT 1 ECT 34
martedì 16 luglio 2013 Page 10 of 58 Grant Agr. I 227431 Reporting Period PR1 UserProject Acronym 06DIAZ-TORRES10
Title Decoherence in Quantum Dynamical Systems Continuation N
M a i n F i e l d Physics Scientific Field Specific discipline Nuclear physics
Objectives With the recent advent of new nuclear physics facilities providing access to high intensity radioactive nuclear beams, unprecedented insight into nuclear structure and reaction dynamics can be obtained. Against this background, re_ned theoretical interpretations are called for which necessitate a detailed understanding of the underlying microscopic many-body processes. The central aim of the workshop has been to explore such approaches, with a focus on system-environment theory, the role of decoherence and the coupling to continua. To this end, an active exchange with other disciplines, in particular atomic and molecular physics, has been sought for, as reected in the highly interdisciplinary participant list.
Achievements The workshop has led to an intense exchange between the participants from the nuclear physics vs. atomic/molecular physics and chemistry communities, and has been perceived as a great success by all participants. Throughout the meeting, the similarities and differences between the relevant physical systems and the validity of various approximations were clari_ed and critically examined. The organizers anticipate that the workshop has spurred various contacts and collaborations by which the nuclear physics community will bene_t from the methodologies available in the atomic/molecular disciplines to treat decoherence, many-body correlations, tunneling-driven reaction dynamics in many dimensions, and non-Markovian e_ects.
Installation Use
Infrastructure Installation Installation Amount of Access Short Name ID Short Name Delivered ECT 1 ECT 70
martedì 16 luglio 2013 Page 11 of 58 Grant Agr. I 227431 Reporting Period PR1 UserProject Acronym 06WALKER06
Title Atomic Effects in Nuclear Excitation and Decay Continuation N
M a i n F i e l d Physics Scientific Field Specific discipline Nuclear physics
Objectives It is well known that atomic electrons have key roles to play in weak and electromagnetic decays (electron capture and electron conversion, respectively). However, their influence in nuclear excitation processes is hardly studied yet. Meanwhile, technological advances with production and storage of highly charged ions, in rings and traps, open new opportunities to study the atomic-nuclear interface.
In addition, the new and emerging capability to generate intense beams of short-lived nuclei not only opens up a wide range of nuclear ground states, but also enables a large number of nuclear isomers to be stored and studied. The workshop explored relevant theoretical and experimental issues, and addressed the question: to what extent can atomic manipulations give control over nuclear transitions?
Achievements The 5-day workshop brought together 41 people from 13 countries, with a wide range of atomic and nuclear physics expertise. State-of-the-art theoretical and experimental capabilities were presented, including the use of lasers, storage rings, and electron-beam ion traps to create and study highly charged ions. The process of nuclear excitation by electron capture (NEEC) was recognised as having great potential to enhance nuclear transitions under laboratory conditions. However, no single experiment can yet be identified that will reveal this effect (which has yet to be observed at all). Nevertheless, the bringing together of appropriate experts generated lively discussion of the key issues, and a variety of possibilities will be explored in detail over the coming months.
Installation Use
Infrastructure Installation Installation Amount of Access Short Name ID Short Name Delivered ECT 1 ECT 58
martedì 16 luglio 2013 Page 12 of 58 Grant Agr. I 227431 Reporting Period PR1 UserProject Acronym 07BACCHETTA10
Title Workshop on Transverse Momentum Distributions Continuation N
M a i n F i e l d Physics Scientific Field Specific discipline Nuclear physics
Objectives Large transverse single spin asymmetries (SSAs) have been observed in different hadronic reactions and these observations generated a lot of interest. Such experiments are conceptually rather simple, but their theoretical description proved to be challenging as the leading-twist contributions to such asymmetries vanish. However, practically all existing calculations have been so far at the leading order (LO) which corresponds, roughly speaking, to the (generalized) parton model. In order to test the QCD dynamics and eventually also reduce the dependence of theory predictions on both the factorization scale and the renormalization scale of the strong coupling, it is necessary to calculate the scale dependence (evolution) of the relevant nonperturbative functions. The corresponding calculation was done in Refs.~Kang and Qiu,Phys.Rev. D 79 (2009), Vogelsang, Yuan, arXiv:0904.0410 [hep-ph]. Unfortunately, it turns out that the equations derived in {Kang:2009,Vogelsang:2009} are in contradiction to earlier results obtained in the framework of the operator product expansion (OPE). A resolution of this discrepancy presents the main objectives for this study. Achievements We will show that evolution equations for the particular parton distributions relevant for SSA do not require an independent calculation but can be obtained from the Buhvostov Frolov Lipatov Kuraev kernels by simple algebra. Using an updated version of this technique we derive the complete evolution equations for all relevant three-particle correlation functions for arbitrary gluon momenta. This generalization is necessary since the gluon-pole contributions considered in {Kang:2009,Vogelsang:2009} do not have autonomous scale dependence.
Installation Use
Infrastructure Installation Installation Amount of Access Short Name ID Short Name Delivered ECT 1 ECT 40
martedì 16 luglio 2013 Page 13 of 58 Grant Agr. I 227431 Reporting Period PR1 UserProject Acronym 07ROTH09
Title Linking Nuclei, Molecules, and Condensed Matter: Computational Quantum Many- Continuation Body Approaches N
M a i n F i e l d Physics Scientific Field Specific discipline Nuclear physics
Objectives There are several branches in physics dealing with strongly correlated many-body quantum systems that apply and develop similar approaches. The main objective of the workshop was to bring together experts in nuclear physics, condensed matter and quantum chemistry to exchange the most up-to-date advances in quantum many-body techniques in each of the fields, to promote cross fertilizations and to trigger new developments. Special emphasis has been devoted to : 1)Large-Scale Diagonalization Approaches (LSD). 2)Coupled-Cluster Method (CCM). 3)Density Matrix Renormalization Group (DMRG). 4)Variational and Monte-Carlo Techniques (MCT). These methods are the most performant, and they are constantly improved to reach higher accuracy. Achievements The organization of the workshop made a selection of key-speakers which cover in a balanced way the three field with outstanding scientists in the forefront of the many-body techniques research. Each day was devoted to a particular methodology rather to a discipline, guarantying in this way the transmission of information as well as very active discussions that pointed towards the direction of applying the new developments in each field into the others. On this regard the workshop was extremely successful. Several collaborations started as a results of the recognition of the similarities, and complementary potentialities of groups working in different disciplines. In particular, nuclear physics gained from the recent developments in DMRG in quantum chemistry and LSD in condensed matter that could be implemented and successfully applied to current programs in applications to nuclear structure calculations. Installation Use
Infrastructure Installation Installation Amount of Access Short Name ID Short Name Delivered ECT 1 ECT 37
martedì 16 luglio 2013 Page 14 of 58 Grant Agr. I 227431 Reporting Period PR1 UserProject Acronym 08BELITSKY09
Title Recent Advances in Perturbative QCD and Hadronic Physics Continuation N
M a i n F i e l d Physics Scientific Field Specific discipline Nuclear physics
Objectives The meeting was aimed to collect the experts in the field of QCD factorization, and its applications, in particular, for description of exclusive and spin-dependent process. This subjects were consistently developed by A.V. Efremov and his collaborators and receives currently a special attention because of the vast amount of experimental data. In particular, this corresponds to the data on spin-dependent Semi-Inclusive Deep Inelastic Scattering, deeply virtual Compton scattering, Hard exclusive meson production and meson transition formfactors. The latter is especially interesting because of recent puzzling BABAR data. The relevant non- perturbative QCD inputs constitute the nucleon and meson spin structure. At the same time, the QCD evolution of high twist matrix elements manifests the remarkable hidden symmetries, integrability and relations to string dynamics. The scope of the Workshop was to discuss these issues and find possible relations between them. Achievements The Workshop presentations covered the large number of important subjects and interrelations between them.The pioneering approaches to QCD factorization were reconsidered and related to their modern implications. The general discussion of QCD factorization, in particular of Transverse Momentum Dependent one allowed to compare it with the more standard considerations. The fundamental and applied aspects of QCD were considered together, where central role was shown to be played by Sudakov effects. Different approaches to the evolution of Sivers function were compared. Various aspects of spin structure (relation of Sivers function, orbital momentum and electromagnetic/gravitational form factors) were discussed. The essential progress in understanding of hard exclusive processes and GPDs were reported, including the critical Installation Use
Infrastructure Installation Installation Amount of Access Short Name ID Short Name Delivered ECT 1 ECT 24
martedì 16 luglio 2013 Page 15 of 58 Grant Agr. I 227431 Reporting Period PR1 UserProject Acronym 09BROWN09
Title Confrontation and convergence in nuclear theory Continuation N
M a i n F i e l d Physics Scientific Field Specific discipline Nuclear physics
Objectives The aims of the workshop were to link various many-body approaches to nuclear physics, with an emphasis on the connections between ab-initio methods and full-scale diagonalization methods, or so-called configuration interaction methods. Many many-body methods were high-lighted and related to observables and theoretical problems for drip-line nuclei. In particular, one of the aims was to study single-particle properties from stability to the drip line. Furthermore, many-body approaches to heavy nuclei and double-beta decay were singled out as particular topics, with an eye on the link between ab initio methods and energy density functional theory.
Achievements The contributions spanned over several many-body methods, providing mathematical rigorous approaches and understandings as well as presenting several interesting links between the various methods. Ab initio approaches are now in the position where one can attack a large body of nuclei, in particular we expect to be able to study with a given Hamiltonian rather precisely most closed-shell nuclei in the near future. One can then use methods like coupled-cluster or Green's function based methods to derive better effective interactions for the nuclear shell model, in particular for regions close to the stability of a given chain of isotopes.
Some of the highlights were the impressive results of large-scale shell-model calculations and modern nuclear EDF. It is clear that theory is making significant project regarding precision, and that experimental data for neutron-rich regions close to doubly magic shell closures are needed to calibrate and test current models.
The workshop was of immense value in disseminating theoretical advances in a format that allowed discussions to explore in detail the theoretical foundations of the methodologies used. Installation Use
Infrastructure Installation Installation Amount of Access Short Name ID Short Name Delivered ECT 1 ECT 47
martedì 16 luglio 2013 Page 16 of 58 Grant Agr. I 227431 Reporting Period PR1 UserProject Acronym 10HOROWITZ09
Title The Lead Radius Experiment and Neutron Rich Matter in Astrophysics and in the Continuation Laboratory N
M a i n F i e l d Physics Scientific Field Specific discipline Nuclear physics
Objectives The purpose of this workshop was to review final plans for the Lead Radius Experiment (PREX) and to discuss the experiment’s many relations to different sub-fields of physics. PREX uses parity violation to accurately determine the radius of the neutron distribution in 208Pb. It has remarkably broad implications for nuclear structure, astrophysics, atomic parity violation, and low energy tests of the Standard Model. Moreover, we aimed to improve communication between the electron scattering, nuclear structure, astrophysics, and atomic parity communities and between North American and European researchers. Thus the program involved many experimentalists, in addition to theorists, and emphasized the close interplay between theory and experiment.
Achievements The workshop collected a great variety of interesting aspects from different perspectives. We list them in brief:
1)Many predictions were made for the neutron skin thickness (difference between neutron and proton radii) of 208Pb based on antiproton-nucleus scattering, semi-empirical mass formula fits, the strength of the Pygmy resonance, proton-nucleus scattering, and elastic electro-pion production.The skin thickness in 208Pb was shown to be strongly correlated with skin thicknesses in other nuclei of interest for atomic parity experiments. It was shown that while deformation can increase both neutron and proton radii, it has very little effect on the skin thickness. 2)Advances in nuclear structure were presented including more accurate microscopic mass formulas and a more systematic construction of a universal energy density functional. 3)It was demonstrated in several talks that improved functionals (point 2) have implications for many neutron star properties such as the transition density between solid crust and liquid interior, and the possibility of rapid neutrino cooling via the direct URCA process. 4)The evaluation of neutron star and neutron matter properties was discussed. Measuring neutron star radii may require more sensitive X-ray telescopes. Neutron star shear oscillations, crust cooling, and gravitational wave observations may help to extract further properties of neutron rich matter. 5)Possibilities for a follow on measurement to the planned 208Pb experiment were discussed, including other nuclei, a higher momentum transfer, or measuring with improved precision. Measurements for both 48Ca and 120Sn appear feasible. Measurement of the neutron radius in 208Pb with an improved accuracy of ± 0.03 fm, compared to the planned ± 0.05 fm, may be possible with a large experimental effort. Installation Use
Infrastructure Installation Installation Amount of Access Short Name ID Short Name Delivered ECT 1 ECT 28
martedì 16 luglio 2013 Page 17 of 58 Grant Agr. I 227431 Reporting Period PR1 UserProject Acronym 11BINOSI09
Title QCD Green’s functions, confinement, and phenomenology Continuation N
M a i n F i e l d Physics Scientific Field Specific discipline Nuclear physics
Objectives The workshop took place over 5 days, with 59 participants coming from Europe, the USA, Canada, Russia, Japan, Taiwan, and Brazil. The prog ramme was a dense one, with 10 talks of 30+5 minutes scheduled for each day,but there was ample opportunityfordiscussion andinformalinteraction.
The workshop’sgoalwastoimprove our understanding of non-perturbative QCD phenomena such as color confinement and dynamical breaking of chir al symmetry, startingfromthebehaviour ofitsfundamentalquanta, namely thequarks and(mostparticularly)gluons. The nature of theproblem canbe summed up asfollows: thequarksandgluonsdescribedbythe field equations ofQCD are colored entities, whilephysical states carry zero color charge;how can this apparent mismatch be bridged? Achievements The workshop participants mostly came from two different communities facing up to this problem, one via non-perturbative, self-consistent solution of the continuum Schwinger-Dyson equations, and one via numerical simulations oflatticeQCD. A fundamental technical problem is to eliminate redundant degrees of freedom in the theory, and thereby enable calculation of gluon and quark propagation, via gauge-fixing. There was much discussion of how best to do this in a convincing way, taking account of the fact that beyond the perturbative regime physically-appealing gauge conditions such as Landau gaugehavemultiplesolutions(Gribovcopies). TheGribov-Zwanzigerprop osal to eliminate copies by restricting the configuration space of the gluon field was extensively discussed, along with new techniques in lattice gauge- fixing. There was also much discussion of the p . 0 limit ofgluon andghost propagators in the infinite volume limit and the consequent impact on confi nement, but despite some impressive recent progress in lattice simulations it is fair to say that consensus on this issue is still to be achieved. Other theoretical issues discussed were the nature and role of topologic al excitations such as centre vortices, instantons, calorons and monopoles. There were some more phenomeologically-oriented talks on deconfinement at high temperature and/or high baryon charge density, on the calculation and interpretation of the glueball spectrum, and on transport properties in hot QCD. In addition, there were talks on the correct formulation of fermions, chiral symmetry and the relation with topology on a spacetime lattice, and on string-inspired approaches using gauge-gravity duality. Installation Use
Infrastructure Installation Installation Amount of Access Short Name ID Short Name Delivered ECT 1 ECT 65
martedì 16 luglio 2013 Page 18 of 58 Grant Agr. I 227431 Reporting Period PR1 UserProject Acronym 12GREINER09
Title Flow and dissipation in ultrarelativistic Heavy Ion Collisions Continuation N
M a i n F i e l d Physics Scientific Field Specific discipline Nuclear physics
Objectives The success of ideal-fluid hydrodynamics in reproducing the azimuthal anisotropy of particles produced in heavy-ion collisions at RHIC gave rise to the notion of quark-gluon plasma as a perfect fluid. Since then there has been a great interest in the heavy-ion physics community to measure and determine how large the shear viscosity coefficient actually is. In this workshop we aim to summarise what we do know about the matter at high temperature: degrees of freedom, EoS and transport coefficients, what the present state of development of dissipative hydro and parton cascade is and what we can expect to learn in the near future.
Achievements There has been tremendous development in viscous hydrodynamics and transport models, but a lot of work still remains to be done before it is possible to extract the shear viscosity to entropy ratio of strongly interacting matter from the data. Among the recurring themes in the talks were the necessity to model thermalization and the possible buildup of flow during thermalization, the need to check relativistic dissipative hydrodynamics against kinetic theory, the urgent need to understand the dissipative corrections to thermal distribution functions and the poorly understood mechanism of hadronization. Nevertheless, the general opinion was that it is possible to solve these problems and many new projects and collaborations were initiated.
Installation Use
Infrastructure Installation Installation Amount of Access Short Name ID Short Name Delivered ECT 1 ECT 36
martedì 16 luglio 2013 Page 19 of 58 Grant Agr. I 227431 Reporting Period PR1 UserProject Acronym 13RUBIO09
Title Strong, Weak and Electromagnetic Interactions to probe Spin-Isospin Excitations Continuation N
M a i n F i e l d Physics Scientific Field Specific discipline Nuclear physics
Objectives This workshop was aimed at exploring how spin-isospin excitations in nuclei can be studied using a variety of probes involving the strong, weak and electromagnetic interactions. The intention was to examine the strengths and weaknesses of the various experimental and theoretical approaches for an understanding of such excitations. The principal objective was to try to a) obtain a snapshot of our present state-of-knowledge and b) decide on how we should proceed to improve our understanding in the future. Spin-isospin excitations play an important role in supernovae explosions and nucleosynthesis and this topic has been explored as well.
Achievements Spin-isospin excitations can be studied in charge exchange reactions, inelastic scattering, electromagnetic excitation and beta decay. We need to understand them well not just for nuclear structure but for a correct estimate of the nuclear matrix elements contributing to double beta decay and the r- and rp-processes in astrophysics. Given the large numbers of nuclei involved in these processes we must rely on theoretical calculations and one major conclusion of the workshop was that we must concentrate on validating theoretical approaches by paying particular attention experimentally to critical cases. There is a long-standing problem that the strengths derived from experiment do not satisfy the model-independent sum rule. Our understanding of this has improved and the possible elements of a solution were extensively discussed. Some of the information required to understand spin-isospin excitations better will come from new and improved techniques at the Radioactive Beam facilities under construction. Equally important will be an improvement in our knowledge of the reaction mechanisms in charge exchange and inelastic scattering and it was concluded that a major theoretical effort is required there. This, in turn, will help to satisfy the demand for information needed in the astrophysical calculations. Installation Use
Infrastructure Installation Installation Amount of Access Short Name ID Short Name Delivered ECT 1 ECT 26
martedì 16 luglio 2013 Page 20 of 58 Grant Agr. I 227431 Reporting Period PR1 UserProject Acronym 14CURCEANU09
Title Hadronic Atoms and Kaonic Nuclei - solved puzzles, open problems and future Continuation challenges in theory and experiment N
M a i n F i e l d Physics Scientific Field Specific discipline Nuclear physics
Objectives This workshop brought together international experts in the research area of hadronic atoms and kaonic nuclear states, working on theory as well as on experiments, to discuss the present status, to develop new methods of analysis and to have the opportunity for brainstorming towards future studies, going towards a deeper understanding of the hot topics in the low-energy QCD in the strangeness sector. The main topics included kaonic atoms, antikaon-nucleon interaction near threshold, effective theories, the structure of hyperon resonances below threshold, deeply bound antikaon nuclear states, antiproton annihilation for strangeness and double strangeness production in light nuclei. The latest results of all relevant experiments performed at LNF Frascati, GSI Darmstadt, and KEK Tsukuba were reported including future projects at J-PARC, GSI, LNF, FAIR, and CERN.
Achievements Precision X-ray spectroscopy of kaonic 4He using new large area, high resolution Si-drift detectors with good timing properties, carried out with K- beams from the PS at KEK and DAΦNE at LNF showed consistent small strong interaction shift of the kaonic 4He p-state and thus resolved the “He puzzle” which means large strong interaction shifts measured in three previous experiments in contrast with prediction of empirical K-nucleus interaction potential models. First results of the SIDDHARTA kaonic X-ray spectroscopy on hydrogen and deuterium from DAΦNE LNF were reported which will provide first precision data on the isospin-dependent kaon nucleon scattering length. This fundamental interaction strength is studied by several theory approaches. It is the basis of understanding of antikaon mediated deeply bound nuclear clusters searched by groups at KEK, LNF and GSI. DISTO reported a broad Di-baryon resonance (S=-1) at 105 MeV below threshold in 2.85 GeV pp collisions. Installation Use
Infrastructure Installation Installation Amount of Access Short Name ID Short Name Delivered ECT 1 ECT 29
martedì 16 luglio 2013 Page 21 of 58 Grant Agr. I 227431 Reporting Period PR1 UserProject Acronym 15SALME09
Title Relativistic Description of Two- and Three-body Systems in Nuclear Physics Continuation N
M a i n F i e l d Physics Scientific Field Specific discipline Nuclear physics
Objectives The Workshop’s main objective was to bring together experts of different approaches, both in relativistic and non- relativistic few-hadron systems.
The motivation for such crossing-over of techniques and ideas lies not only on the still open challenges of experimental puzzles (e.g. the neutron-deuteron analysing power at low-energy or the behaviour at high momentum transfer of the electromagnetic deuteron form factors), but also on the expectations from the forthcoming experimental facilities (as the approved 12GeV upgrade of the electron accelerator at Thomas Jefferson National Laboratory).
-The Workshop was thought to generate a fruitful interaction between experts, widening the participants expertise by getting them acquainted with the most accurate approaches and recent progress. The aim was to understand what has been done in recent years and define what to explore in the future.
In particular, the workshop aimed to publicize, to compare successes and limitations, and to pin down newer applications of very recent techniques concerning five main different approaches to relativistic hadronic systems: the Bethe-Salpeter Equation for both bosonic and fermionic systems, the field-theory based reduction of the 4D Bethe-Salpeter Equation to a 3D problem within the Covariant Spectator equation, the light-front projection, the instant-form boosted potentials and the point-form approach. The comparison between approaches is very relevant at present, since a valuable interpretation of results demands that effects as kinematic boosts and dynamical effects, as three-body forces and propagation of negative energy states, are conveniently untangled in each approach.
-For younger colleagues the Workshop was also meant to provide a valuable source of information and inspiration. Achievements From the several review and topical talks, as well as from the discussion groups sessions, one could draw the following findings and conclusions:
-The possibility of accurate non-perturbative relativistic approaches, including the Poincare' invariance, or even the full covariance by dealing with antiparticle degrees of freedom, appears to become a tractable issue.
-In the modern theory of the Nucleon-Nucleon interaction, both the chiral effective field theory and the fully covariant approach (namely the Covariant Spectator theory) achieved a high degree of accuracy.
-The Covariant Spectator approach leads to a surprising result, once it is applied to the three-nucleon system: no contributions from three-body forces are needed in order to reproduce the binding energy of the triton. This achievement poses an immediate challenge for the community: the necessity in the near future for i) a confirmation through calculations of the binding energy of the four-body system or even of the nuclear matter and ii) the investigation of the true nature of the three-nucleon forces, as a genuine three-body interaction or as relativistic effects or both.
-There was a tremendous technical progress in the the state-of-the-art of Lattice QCD simulations of the NN potential, where, unfortunately, the results are still far away from being comparable to the current realistic phenomenological models.
-New classes of solutions of the Bethe-Salpeter Equation, both in ladder and cross-ladder martedì 16 luglio 2013 Page 22 of 58 approximations, and for both bosons and fermions, are in shape for their applications to actual cases (e.g. deuteron momentum distribution, electromagnetic form factors, etc.)
-As for Relativistic Hamiltonian Dynamics, the three different forms: Instant form, Front form and Point form, have been analysed emphasizing benefits and drawbacks of each of them. The role of the Relativistic Hamiltonian Dynamics as an intermediate step, between the non relativistic approaches and the ones based on the field theory in its full-glory, was underlined.
-Existing experimental puzzles could represent stringent tests for the different relativistic approaches. A wide agreement was obtained on benchmark calculations, milestones toward the construction of a relativistic description of few-nucleon systems: tackling the calculations of some observables that appear particularly promising for an analysis of relativistic effects, e.g. the electromagnetic deuteron form factors and the n-d inclusive cross section, within the different relativistic approaches, but by using a “simple”, and the same realistic field theoretical model for the interaction.
-Following the suggestion of some participants, the organizers have submitted to the International Journal “Few-Body Systems” a proposal for publishing, as regular papers, both mini-reviews and topical articles, covering the issues discussed during the Workshop. Installation Use
Infrastructure Installation Installation Amount of Access Short Name ID Short Name Delivered ECT 1 ECT 33
martedì 16 luglio 2013 Page 23 of 58 Grant Agr. I 227431 Reporting Period PR1 UserProject Acronym 16BARBARO09
Title Electroweak Interactions with nuclei: superscaling and connections between electron Continuation and neutrino scattering N
M a i n F i e l d Physics Scientific Field Specific discipline Nuclear physics
Objectives The workshop lasted 5 days, there were about 15 one-hour lectures. The program was not dense. The idea of the workshop was to have a lot of time for discussions.
The central issue was scaling, the phenomenon investigated for years both experimentally and theoretically in the context of electron-nucleus scattering. In recent years there is a rise of interest in scaling in the context of neutrino scattering with the potential application in analyzing results of current and future oscillation experiments.
Probably the most important problem discussed during the workshop was how far can we go with scaling analysis, how well can we understand and “control” various scaling violation phenomena?
Achievements The workshop provided an excellent resume’ of the research done in several groups on scaling of the 0th, 1st, 2nd and 3rd kinds in confrontation with some other approaches to deal with electron and neutrino scattering.
In my report I focus on topics related with neutrino physics which represent my area of interest.
From the point of view of applications to neutrino physics a drawback of the scaling approach is that it is limited to higher momentum transfers while the most important challenge is in my opinion to control better the region of smaller momentum transfers. In experiments such as MiniBooNE or T2K, quasielastic (QE) neutrino interactions dominate and there is always a large fraction of cross section corresponding to the region of q<300 MeV.
Few speakers showed predictions for neutrino scattering based on the hypothesis 3rd kind of scaling. They are interesting and it may be possible to verify them on available neutrino double differential cross section MiniBooNE data.
There was an interesting discussion which followed the talk on the unified model to deal with QE and pion production dynamics. The conclusion was that the assumptions of the model which enable important predictions for the relevance of 2 particle - 2 hole contributions to the neutrino cross section must be carefully re-analyzed and confronted with more reliable experimental data. Installation Use
Infrastructure Installation Installation Amount of Access Short Name ID Short Name Delivered ECT 1 ECT 12
martedì 16 luglio 2013 Page 24 of 58 Grant Agr. I 227431 Reporting Period PR1 UserProject Acronym 18BURKARDT09
Title Orbital Angular Momentum of Partons in Hadrons Continuation N
M a i n F i e l d Physics Scientific Field Specific discipline Nuclear physics
Objectives The primary topic of this workshop was the decomposition of the nucleon’s spin ”budget” into the various contributions stemming from quarks and gluons, in particular the role of orbital angular momentum from these constituents. The aim was to review the state of the art in the experimental investigation of orbital angular momentum, to clarify the theoretical understanding of these complementary data, and to help define what might be learned about partonic orbital angular momentum from present and upcoming high precision experiments. The workshop program contained several review talks on the experimental status as well as various contributions aiming at clarifying the role of angular momentum. In addition ample time was allocated for discussions. This approach proved to be quite successful and let to several important outcomes.
Achievements One of the note-worthy results was homogenizing the understanding of various subtleties in the decomposition of the nucleon spin. The validity of the transverse-spin sum rule was questioned and crucial tests in model calculations were formulated to clarify this issue. Another important result was the realization that final-state interactions needed to describe, e.g., the Sivers function, can be absorbed in the nucleon’s wave function, allowing a parton interpretation of such PDFs. Continuing in the spirit of the previous transversity ECT* workshop (2004), a roadmap was laid out with short- and long-term goals in both the theoretical and the experimental efforts to quantify the role of orbital angular momentum. A council has been formed to follow up on the progress and to coordinate upcoming workshops and conferences to achieve this goals. Last but no least the organizers would like to thank our hosts at ECT*. It was a very fruitful meeting, which could not have been achieved without the organizational and financial support. The only suggestion that came up during the workshop was whether it would be possible to have an agreement with the participating hotels to provide free internet for the workshop participants (Hotel Buonconsiglio seems to offer free internet for ECT* visitors, but perhaps other hotels could be convinced to also offer such a deal). Besides this all participants were extremely pleased with all the organization of the workshop. Installation Use
Infrastructure Installation Installation Amount of Access Short Name ID Short Name Delivered ECT 1 ECT 18
martedì 16 luglio 2013 Page 25 of 58 Grant Agr. I 227431 Reporting Period PR1 UserProject Acronym AMADEUS R&D
Title AMADEUS Scintillating Fibres Trigger System Continuation N
M a i n F i e l d Physics Scientific Field Specific discipline Other - Physics
Objectives The intention of AMADEUS collaboration is search for existence of deeply bound kaonic clusters in nuclei and subsequent exploration of possible changes of hadron properties and interactions in nuclear matter. As a dedicate experiment AMADEUS should unambiguously establish the (non-) existence of such states and in the case of the presence investigate their properties. The approach is based on measurements of invariant mass and all reaction products in reactions 3,4He(K-stopped ,n/p) and investigations of dibaryon ppK-/pnK- and tribaryon ppnK-/pnnK- states, respectively, using monoenergetic K- beam at DAΦNE. To successfully reach this goal it is necessary to complement existing KLOE detector with inner AMADEUS setup (scintillating fibres detector, cryogenic target cell and TPC-GEM detector), and provide 4π-detector system with desired properties. One part of this inner system should provide trigger by detecting K+K- pairs by using scintillating fiber detector system with SiPMs. The main objective of the work in the proposed project was contribution to preparation, construction, testing and implementation of this trigger system and also contribution to the preparation and completion of the whole detector systems for the test and physics measurements. Achievements Dark pulses of the SiPMs and signals in the fibre produced by electrons from an 90Sr have been recorded using ADC CAEN C205A. Voltage dependence of dark pulses was investigated. It was observed that relatively high noise signal was disturbing baseline of the signal and this noise was smearing the signals from the individual pixels. The origin of the noise is presumably voltage supplier and some filtering should be tried. Signals from 90Sr have been clearly identified. The same signals were investigated by using digitizer Acqiris DC 282. Digital constant fraction timing was optimized using BaF2 detectors (which produce pulses of similar rise time) and very good timing resolution (approx 140 ps, which is better than achieved with conventional Ortec 583B CFDs and CAEN C414 TDC, and which was approx. 180ps) has been achieved with two BaF2 detectors and 60Co. Various algorithms for energy reconstruction have been trying (e.g. using signal peaks, using areas bellow the signals), but achieved energy resolution is still significantly (factor 2) below resolution achieved with conventional ADC. Installation Use
Infrastructure Installation Installation Amount of Access Short Name ID Short Name Delivered INFN-LNF 1 DAΦNE 28
martedì 16 luglio 2013 Page 26 of 58 Grant Agr. I 227431 Reporting Period PR1 UserProject Acronym CARAT/Morse
Title Single-crystal diamond sensors Continuation N
M a i n F i e l d Physics Scientific Field Specific discipline Nuclear physics
Objectives Large-area, ‘quasi single-crystal diamond’ sensors were grown by heteroepitaxy on wafer-scale multilayer structures of Ir/YSZ/Si(001). Dia-on-Ir strip detectors were tested with dedicated broadband-ASIC (PADI-4) readout to provide radiation hard, versatile tracking and ToF sensors, which are far superior to comparable polycrystalline diamond detectors. These are a possible replacement for detector systems based on silicon that are sensitive to radiation-damage.
Achievements a) The metallization procedures developed during FP6 for homoepitaxial single-crystal CVD- diamond samples were tested and successfully applied to Dia-on-Ir films. b) The fabrication of free-standing sensors with pad motifs was demonstrated with diamond films slightly thinned from the nucleation side. c) The charge-collection efficiency (CCE) of these sensors has been improved to approx. 40% from an initial value of just a few percent.
Difficulties encountered: a) The CVD-diamond film side closest to the Ir substrate contains many dislocations, which are considered to be the reason for a reduced CCE. The sample thickness beyond which the initial independent grain growth merges to form a ‘defective single crystal’ is currently being investigated. b) Processing the ultra-narrow signal pulses (FWHM <500ps) from the Dia-on-Ir sensors requires novel, low-noise broadband amplifiers of even larger bandwidth than those used at present with homoepitaxial sensors (which have a bandwidth 1MHz - 2.3GHz). Installation Use
Infrastructure Installation Installation Amount of Access Short Name ID Short Name Delivered SIS 1 SIS 9,6
martedì 16 luglio 2013 Page 27 of 58 Grant Agr. I 227431 Reporting Period PR1 UserProject Acronym Cluster/Macri
Title Installation and test of cluster jet target Continuation N
M a i n F i e l d Physics Scientific Field Specific discipline Nuclear physics
Objectives Demonstration on a full size prototype of an high intensity Hydrogen cluster jet target suitable for operation in a storage Antiproton ring.The main need is a controlled jet beam dimension of 10mm max, along a beam line of more than 4 metres. Recovery of the Hydrogen beam with a recovery efficiency of 99.99% is specified.
Full implementation of a reliable target control system suitable for integration in the Control system of the PANDA experiment.
Achievements The Prototype jet target is now running at GSI at full intensity, even exceeding the design goals.
The Hydrogen beam recovery system (responsibility of the Genoa group) is fully tested, demonstrating the needed recovery efficiency using a rather simple pumping scheme. This leaves some margin to further improve the base pressure at the Interaction Point, if needed by the antiproton ring operation.
The target system is running under the control of the electronics developed in Genoa.
Difficulties Encountered: No major difficulties were encountered. Despite the quite ambitious goals the whole apparatus was designed, built and integrated in a flawless way. Installation Use
Infrastructure Installation Installation Amount of Access Short Name ID Short Name Delivered SIS 1 SIS 0
martedì 16 luglio 2013 Page 28 of 58 Grant Agr. I 227431 Reporting Period PR1 UserProject Acronym C-SHAPE
Title Study of cluster shapes in the Mimosa-18 pixel matrix Continuation N
M a i n F i e l d Physics Scientific Field Specific discipline Other - Physics
Objectives First measurements of cluster shapes regarded the Mimosa-18 matrix with 10 micron m spacing. Preliminary results i.e. the measured dependence of the cluster elongation as function of the incidence angle. The data were taken at 6 GeV (DESY) and 300 MeV (Frascati) beam energies (2008). In order to have a realistic picture of beamstrahlung cluster shapes, we need to perform measurements with the electron beam of energy as low as possible, towards approximately 10 MeV. The lowest energy available with the DAFNE beam test facility at Frascati is 25 MeV and thus we are willing to perform measurements at several energies between 200 MeV and 25 MeV to see if there is any energy dependent trend in the shapes. The principal aim in this respect is to verify whether the cluster shapes differ at the lowest energy available at Frascati, 25 MeV, from those taken at higher energies. If there is a visible difference, it might be useful for identification of the origin of the cluster (beamstrahlung or physical secondaries). However the energy spectrum at which we wish to measure is needed to tune the simulation parameters in a model developed by one of us (Ł. Mączewski). In particular we want to verify whether the cluster shapes differ at the lowest BTF energy of 25 MeV and the energy of 15 MeV taken at MAMI (Mainzer Mikrotron). Achievements We installed the cooling and data acquisition system and positioned our Mimosa-18 pixel matrix detector on the beam. We have taken data effectively in the period 18-25 May 2010 using beam settings at the following energies: 27, 66, 100, 150, 200, 300, 400, 500 MeV. For each beam setting the pixel matrix was oriented with respect to the beam at the following angles: 0, 45, 50, 55, 60, 65, 70, 75 degrees (in total 8x8=64 data sets). Positioning at a given angle was done using a manual angle gauge. Setting a given angle required stopping the beam and entering the experimental area. Approximately 5-10 k events were recorded at each energy-angle setting. We concentrated our attention at the lower energy settings – 27 and 66 MeV where we took larger statistics. The data were recorded online on the PC disc and copied to a backup disc. We checked the quality of the collected data after each run/data set. We also produced preliminary results from several selected data sets. Installation Use
Infrastructure Installation Installation Amount of Access Short Name ID Short Name Delivered INFN-LNF 1 DAΦNE 22
martedì 16 luglio 2013 Page 29 of 58 Grant Agr. I 227431 Reporting Period PR1 UserProject Acronym Decoherence at KLOE2
Title Search for decoherence and testing CPT symmetry in neutral kaon system in KLOE-2 Continuation experiment at Dafne N
M a i n F i e l d Physics Scientific Field Specific discipline Other - Physics
Objectives The objective of the project is to measure quantum decoherence effect in the neutral kaon system by using high-intensity electron beams from the upgraded DAPHNE collider and upgraded KLOE-2 detector. Physical importance of the measurement is justified by offering a new testground for quantum- gravitational extensions of the standard model and expected relation of decoherence to the CPT symmetry violation. Interference pattern of a pair of neutral kaons propagating in vacuum was proved to be sensitive to this kind of effects, and thus its precise measurement may give an access to new physics without using very high energies.
Current experimental knowledge about decoherence in the domain of particle physics comes mainly from the previous measurement of the KLOE Collaboration and gives results consistent with no effect. One of the main goals of KLOE-2 is to improve precision of these measurements by at least one order of magnitude, using data taken with integrated DAPHNE luminosity of 50 fb^-1. During the lifetime of this 21-month project it is expected to collect data with integrated luminosity up to 15-20 fb^-1. Achievements No significant achievements yet.
Installation Use
Infrastructure Installation Installation Amount of Access Short Name ID Short Name Delivered INFN-LNF 1 DAΦNE 5
martedì 16 luglio 2013 Page 30 of 58 Grant Agr. I 227431 Reporting Period PR1 UserProject Acronym dEDM-Pol
Title Polarimeter Development for a Search for Permanent Electric Dipole Moment on the Continuation Deuteron N
M a i n F i e l d Physics Scientific Field Specific discipline Nuclear physics
Objectives The study of symmetries has played in important role in the formulation of the current Standard Model of particle physics. In particular the role of the discrete symmetries, parity (P), charge conjugation (C) and time reversal (T) was found to be of paramount importance in understanding the properties of the weak interaction. In the search for new sources of CP violation, searches for non- zero electric dipole moments (EDM) play a prominent role. When charged particles, such as the deuteron, move through a magnetic field at high velocities, the interaction between the EDM and the motional electric field causes the spin to precess out of plane. The precision with which the resulting steady growth of the vertical polarization component can be measured determines the sensitivity for a non-zero EDM.
A method that makes it possible to track the polarization of deuterons stored in a magnetic storage ring with unprecedented precision was developed. This development is part of international collaborative effort to prepare an experiment to search for an electric dipole moment (EDM) on the deuteron. Achievements A polarimeter setup and analysis methodology to measure polarization changes at the level of 10E-6 is developed, which translates to a deuteron EDM sensitivity of 10E-29 ecm. Studies of the conceptual design were performed at COSY using the EDDA detector. In a series of experiments it was confirmed that the measured and predicted sensitivity agree. This allows to further optimize the polarimeter design. Also the sensitivity to systematic effects has been studied and the strategy to cope with them was tested. An important result was the demonstration of the (statistics limited) ability of the optimized EDDA setup and the analysis strategy to detect changes in polarization as low as 5 times 10E-5. In future studies, the EDDA setup will be used as a highly sensitive polarimeter to investigate beam and spin dynamics. In the further future, studies on an actual prototype polarimeter are foreseen.
Installation Use
Infrastructure Installation Installation Amount of Access Short Name ID Short Name Delivered FZJ-COSY 1 COSY 48
martedì 16 luglio 2013 Page 31 of 58 Grant Agr. I 227431 Reporting Period PR1 UserProject Acronym DielecPro/Kugler
Title Dielectronic production in AA reactions with HADES Continuation N
M a i n F i e l d Physics Scientific Field Specific discipline Nuclear physics
Objectives The main goal of this programme is to study the e+e- production in AA collisions, with the ultimate goal to extract spectral functions of the ƒvector mesons in nuclear matter at 1-3 x normal density and moderate (T<80 MeV) temperatures. To be able to carry out experimental studies in the scope of heaviest collision systems, the current HADES experimental setup has to be upgraded in several ways.
Achievements During the Reporting Period, the installation of high granularity RPC wall and of a high throughoutput DAQ system was accomplished.
Difficulties encountered: There were problems with the production of add-on boards for the new TRB based DAQ electronics, mainly due to bad quality of bonding of chips by an external company.
Installation Use
Infrastructure Installation Installation Amount of Access Short Name ID Short Name Delivered SIS 1 SIS 0
martedì 16 luglio 2013 Page 32 of 58 Grant Agr. I 227431 Reporting Period PR1 UserProject Acronym ElipFlow/Russott
Title Constraining the symmetry energy at supra-saturation densities with measurements of Continuation neutron and proton elliptic flows N
M a i n F i e l d Physics Scientific Field Specific discipline Nuclear physics
Objectives The project is devoted to investigate symmetry energy of nuclear matter equation of state (EOS) at supra-saturation baryonic densities, i.e. rho>rho_zero=0.17 nucleon/fm3, through experimental and theoretical activities. In the last decades various measurements have provided initial constraints on the EOS of symmetric matter and on the density dependence of the symmetry energy at sub-saturation densities. In contrast, very few experimental constraints exist on the symmetry energy at supra-saturation densities. This is the domain with the greatest theoretical uncertainties and the largest impact on the astrophysical systems (i.e. internal structure, mass, and radius of neutron stars, and supernovae) as well as nuclear ones (radii of n-rich nuclei, neutron skins of heavy nuclei).
Achievements In September 2009, during a beam test performed at GSI, several detectors which are foreseen to be used in the main experiment have been tested using collisions induced by a 238U beam at 350 AMeV on a Pb target. The time and energy resolution of CHIMERA modules were evaluated with particles emitted in these reactions by the Italian group. Preliminary results reveal a charge identification performance for light charged particles using the fast-slow technique in the CsI detectors and a time resolution delta-t~10 ns sufficient to allow reconstructing the reaction plane with an accuracy of σ = 22˚. The collaborators from Krakow tested new read-out electronics for their phoswich detector array. Those tests will continue in April 2010.
Difficulties encountered: nothing to report Installation Use
Infrastructure Installation Installation Amount of Access Short Name ID Short Name Delivered SIS 1 SIS 7,2
martedì 16 luglio 2013 Page 33 of 58 Grant Agr. I 227431 Reporting Period PR1 UserProject Acronym eta, eta' at KLOE-2
Title Measurements of the eta, eta' meson decays with KLOE-2 Continuation N
M a i n F i e l d Physics Scientific Field Specific discipline Other - Physics
Objectives a. Analysis of KLOE data on eta and eta' meson decays channels b. Contribution to KLOE detector upgrade c. Participation in KLOE-2 data taking and analysis of the new data with focus on h, h' decays
Achievements -- The results of decay analysis were presented on conferences: LA THUILE 2010 and MORIOND QCD 2010 -- It was decided that the main contribution of Uppsala group to the KLOE hardware will be concentrator board for the Inner Tracker. The prototype of the board was already built in Uppsala for WASA experiment. -- A group interested in conversion decays of vector mesons has been established. Uppsala theorist Stefan Leupold has already submitted paper on the predictions for these decays. -- A new postdoc in Uppsala has started analysis -- KLOE-2 was recognized as one of three main projects of Uppsala Hadron Physics group
Installation Use
Infrastructure Installation Installation Amount of Access Short Name ID Short Name Delivered INFN-LNF 1 DAΦNE 54
martedì 16 luglio 2013 Page 34 of 58 Grant Agr. I 227431 Reporting Period PR1 UserProject Acronym eta-He-bs
Title Search for the eta-He bound state with WASA-at-COSY Continuation N
M a i n F i e l d Physics Scientific Field Specific discipline Nuclear physics
Objectives In order to search for 3He-eta and 4He-eta bound states, excitation functions for different final states in pd and dd induced reactions in an energy region around the threshold for the He-eta final state are determined.
The profile of the excitation curves will allow in the case of the observation of a peak to determine the binding energy and the width of the eta-He bound states, or in the case of the observation of an enhancement around the threshold to establish the relation between half width and the binding energy. In the most pessimistic case it will permit to lower the present upper bound for the cross section of the production of the eta-He nucleus by about three orders of magnitude down to the value of a few nanobarns. It is important to stress that such sensitivity reaches the expected cross section for the creation of the eta-mesic helium based on the assumption that the probability of the production of the eta meson in continuum and its absorption on the helium nucleus is of the same order. Achievements In August 2009 two days of COSY beam-time was devoted to a test measurement of the excitation function for the dd --> 3He p pi- reaction. For this aim a deuteron pellet target and the COSY deuteron beam was used with a ramped momentum corresponding to a variation of the excess energy for the 4He-eta system from -51.4 MeV to 22 MeV. After completion of the calibration of all detection components of the Central and Forward part of the WASA-at-COSY detector system a clear identification of pions, protons, and 3He ions have been achieved. As a next step of the analysis a sample of events corresponding to the the dd --> 3He p pi- reaction was selected and finally an excitation function for the dd --> eta-4He --> 3He p pi- reaction was extracted for excess energies around the threshold of the dd --> 4He eta process. The obtained results have proven that the WASA-at-COSY facility provides a unique possibilty to search for the eta-helium bound state via an exclusive measurement of the excitation function for the dd --> 3He p pi- reaction. Installation Use
Infrastructure Installation Installation Amount of Access Short Name ID Short Name Delivered FZJ-COSY 1 COSY 24
martedì 16 luglio 2013 Page 35 of 58 Grant Agr. I 227431 Reporting Period PR1 UserProject Acronym HAD-SDD
Title Hadronic atoms research at Dafne-Siddharta Continuation N
M a i n F i e l d Physics Scientific Field Specific discipline Other - Physics
Objectives Measurements to determine the shift and width of the ground state of kaonic hydrogen have been performed at DAΦNE with DEAR (DAΦNE Exotic Atom Research) which will be continued with increased precision by SIDDHARTA (SIlicon Drift Detector for Hadronic Atom Research with Timing Applications). SIDDHARTA aims at the precision measurement of the X-ray transitions occurring in the cascade processes of kaonic atoms. The goal of the experiment is a precise determination of the isospin dependent antikaon-nucleon scattering lengths, through an eV measurement of the Kα line shift and width, generated by the strong interaction, in kaonic hydrogen, and a similar, first time, measurement of kaonic deuterium.
Achievements For the period covered by the proposed project we concentrate on the upgrading and maintenance of the SDD Bias Controller (software/hardware), a fine tune and control of the bias voltages in order to optimize the energy resolution and stability of the SDDs during the data taking. We monitor the compatibility and performance of the Kaon Trigger detector DAQ software with the SIDDHARTA DAQ.
Installation Use
Infrastructure Installation Installation Amount of Access Short Name ID Short Name Delivered INFN-LNF 1 DAΦNE 420
martedì 16 luglio 2013 Page 36 of 58 Grant Agr. I 227431 Reporting Period PR1 UserProject Acronym HAND-SDD&SiPM
Title Hadronic atoms/nuclei research at Dafne-Siddharta/Amadeus Continuation N
M a i n F i e l d Physics Scientific Field Specific discipline Other - Physics
Objectives The present project is a continuation and an enrichment of the ongoing activities and is going to be lead in two main directions: kaonic atoms studies in SIDDHARTA and kaon-nuclei interaction at low energies in the framework of AMADEUS.
The SIDDHARTA experiment, successor of DEAR, has the goal to perform precision measurement of kaonic atoms – in particular of kaonic hydrogen and the first measurement ever on kaonic deuterium - in order to provide fundamental information for understanding still mysterious aspects of low-energy QCD in strangeness sector (as the chiral symmetry breaking).
The AMADEUS (Antikaon Matter At DAΦNE: an Experiment with Unraveling Spectroscopy) experiment will perform the first complete study, in formation and decay processes, of the so-called kaonic nuclear clusters. The aim of AMADEUS is to give a definite answer to the debated question of the existence of the K-pp, K-ppn and K-pnn kaonic nuclei and to measure their properties (binding energies, width and decay channels). Achievements While we do not feel as giving values for shift and width yet, we are confident on the fact that SIDDHARTA will reach a much improved precision on KH with respect to DEAR, while the situation of Kd is more delicate – smaller statistics and lower yield – analyses undergoing, with possible indications of signal.
Installation Use
Infrastructure Installation Installation Amount of Access Short Name ID Short Name Delivered INFN-LNF 1 DAΦNE 326
martedì 16 luglio 2013 Page 37 of 58 Grant Agr. I 227431 Reporting Period PR1 UserProject Acronym Kaon/Marton
Title Search for Kaonic nuclear clusters in proton-proton reactions with FOPI Continuation N
M a i n F i e l d Physics Scientific Field Specific discipline Nuclear physics
Objectives The FOPI detector is used to detect the charged final state particles emerging from the reactions of π− on protons and nuclei. The expected phase space is studied using a transport model and influences directly necessary modifications of the detector setup. In addition, the availability of the secondary pion beam with a decent rate at the target is tested experimentally.
Achievements The liquid hydrogen target with the vacuum and cooling system has been designed, and will be integrated and operated. The overall concept is similar to the one successfully used in the S349 (p+p) experiment. The bigger beam spot of a secondary beam is considered. A beam particle tracking system is incorporated.
Difficulties encountered: The beam tracking system, consisting out of two stations of double sided silicon strip detectors, has to be mounted in the vacuum of the beam pipe. The proposed solution still has to be tested under operation with beam.
Installation Use
Infrastructure Installation Installation Amount of Access Short Name ID Short Name Delivered SIS 1 SIS 208
martedì 16 luglio 2013 Page 38 of 58 Grant Agr. I 227431 Reporting Period PR1 UserProject Acronym KaonClust/Marton
Title Search for kaonic nuclear clusters in proton-proton reactions with FOPI Continuation N
M a i n F i e l d Physics Scientific Field Specific discipline Nuclear physics
Objectives The FOPI detector is used to detect the charged final state particles emerging from the reactions p+p and π−+p(A). As additional hardware the construction of a liquid hydrogen target, and an online Λ trigger was necessary to improve the acceptance for those reactions. Furthermore, the data taking, calibration and analysis is an objective of the project, in close collaboration with the other groups involved in the FOPI collaboration.
Achievements The liquid hydrogen target with the vacuum and cooling system has been built, integrated and operated. A new start detector system which is able to cope with high rates has been constructed and integrated, too. In addition, a beam profile monitor to help in the beam setting was constructed and operated. All new parts of the system were tested successfully to work within the FOPI detector and operated during the main data taking.
Difficulties encountered: Some connections of the pipe used to transport the liquid hydrogen turned out to be leaky. This problem could be fixed by exchanging parts and a re-glueing of the connections.
Installation Use
Infrastructure Installation Installation Amount of Access Short Name ID Short Name Delivered SIS 1 SIS 360
martedì 16 luglio 2013 Page 39 of 58 Grant Agr. I 227431 Reporting Period PR1 UserProject Acronym KaonClust/Matulew
Title Strangeness in heavy ion collisions and search for the kaonic nuclear cluster K pp in Continuation the p + p -> K pp -> K + p + lambda reaction with FOPI N
M a i n F i e l d Physics Scientific Field Specific discipline Nuclear physics
Objectives The objecties of this projects is the detection and prove of the possible existence of ppK- states, commonly called strange clusters, which are predicted by theoretical models based on the assumption that the Lambda(1405) is a K- p bound state. The production was studied in Heavy Ion reactions and elementary proton-proton collisions.
Achievements The run coordination of the heavy ion runs where taken over by the Warsaw group in addition to their online monitoring and calibration of the plastic barrel in the FOPI set-up. For the study of ppK- states produced in proton-proton collisions the forward drift chamber Helitron was of particular importance. This detector is necessary to identify Lambda-Hyperons stemming from the decay of the ppK- states which are mainly focused into the forward direction. The Lambda-Hyperons are identified via their decay into proton and negative pions. Hence, the performance of this drift chamber was of particular importance for the success of this experiment. The Hungarian group developed and tested software for matching of tracks registered in two silicon tracking stations covering the forward hemisphere and the Helitron drift chamber, the analysis efforts of these collaborators were devoted to the reconstruction of Lambda-Hyperons, whereas the Warsaw group took over the responsibility for online control and calibration of the forward drift chamber.
Difficulties encountered: nothing to report Installation Use
Infrastructure Installation Installation Amount of Access Short Name ID Short Name Delivered SIS 1 SIS 512
martedì 16 luglio 2013 Page 40 of 58 Grant Agr. I 227431 Reporting Period PR1 UserProject Acronym KLOE HADRONS
Title KLOE Physics, hadronic cross sections Continuation N
M a i n F i e l d Physics Scientific Field Specific discipline Other - Physics
Objectives The objective of the project is the measurement of the production cross section of pions (resulting in the pion form factor) after the annihilation of electrons and positrons at energies between 0.28 and 1.02 GeV with the detector KLOE at DAFNE in order to determine the contribution of the hadronic vacuum polarisation to the anomalous magnetic moment of the muon and to the running fine structure coupling constant at the Z resonance. The hadronic vacuum polarisation cannot be calculated in the nonperturbative regime, but has rather to be determined experimentally. To reach this goal while DAFNE is operated at the fixed energy of the fi-resonance (1.02 GeV), the idea of the so called 'radiative return' is exploited. Real photons emitted in the initial state by electrons or positrons reduce the centre-of-mass energy of the hadronic system produced by a virtual photon with the result of a 'return' to the rho and omega-resonances. The accuracy will be below 1.0 %. The measurement will determine almost 70 % of the contribution of the hadronic vacuum polarisation to the muon magnetic moment. The proposed measurements are very important to interpret the measurement of the muon magnetic moment in Brookhaven published in 2001-2004, providing another precision test of the Standard model. Achievements The ‘large photon angle’ analysis of the 2002 on-peak data (√s = 1.02 GeV) and of the 2006 off-peak data (√s=1.0 GeV), which allowed to access the threshold region below 0.6 GeV for the first time, have been finished. The ‘large angle’ on-peak analysis revealed at low energies the importance of the contribution of background from resonant fi-decays (from fi → fo(980) gamma and fi → fo(600) gamma). The off-peak data of 2006 are almost free of this background and from the dominating decay fi → pi-pi+pi0. The off-peak analysis resulted in a systematic uncertainty at the level of 1 % in the rho-region.
Using PHOKHARA the corrections obtained by Chiral Perturbation Theory and by a phenomenological model including various hadronic resonance effects have been studied . The pion form factor as well as Final State Radiation (FSR) turn out to be significant in the whole energy range, FSR especially at low energies. NLO corrections have been found to be of the order of a few per cent. Hence, those corrections have to be included if one aims at the precision of percent or better for the hadronic cross sections.
More detailed studies of hadronic light-by-light scattering have been carried out based on a much more efficient representation of the non-perturbative part. A program has been started to investigate possible gamma-gamma → hadrons form factor measurements at DAFNE-2 and to single out effective hadronic resonance Lagrangians to improve the modelling of hadronic light-by-light scattering for (g-2)mu.
The present state-of-art has been described in the Report of the ‘Working group on Radiative Corrections and Generators for Low Energy Hadronic Cross Section and Luminosity’ entitled ’Quest for precision in hadronic cross sections at low energy: Monte Carlo tools vs. experimental data’ (Eur. Phys. J. C 66 (2010) 585). Installation Use
Infrastructure Installation Installation Amount of Access Short Name ID Short Name Delivered INFN-LNF 1 DAΦNE 108
martedì 16 luglio 2013 Page 41 of 58 Grant Agr. I 227431 Reporting Period PR1 UserProject Acronym MAMI_A1_ROPER
Title Study of the Roper resonance with double-polarisation observables in neutral pion Continuation electroproduction N
M a i n F i e l d Physics Scientific Field Specific discipline Nuclear physics
Objectives The group studies double-polarisation observables in neutral pion electroproduction in the region of the N(1440)-resonance, also known as the Roper resonance. Within this so called second resonance region of nucleon excitations, starting beyond the prominent and well known Δ(1232)-resonance, there are many overlapping nucleon resonances, which in general are not easy to disentangle. There are extensive data sets from unpolarised nn-, πn- and en-scattering, but only a limited amount of polarised data, mostly of the polarised target kind. Especially with respect to the Roper resonance, all these data show notable discrepancies. In contrast to the polarised target measurements, the Ljubljana group uses the proton recoil polarisation in the π0 -electroproduction for their investigations, using the focal plane polarimeter of spectrometer A for the determination of the proton polarisation.
Achievements At the multi-spectrometer setup of the A1-collaboration, which investigates the scattering of electrons on nuclei, the group started with their tests of a new aerogel Cerenkov counter for the hadron side of the KAOS spectrometer. This spectrometer has been in operation since 2008 and is continuously improved in order to gradually become the main workhorse of the A1-setup, being the only spectrometer for the near future that is able to fully access, especially with respect to the momentum acceptance, the kinematical regions that became available with the beam energy upgrade of MAMI C. Within the detector system of the hadron side of KAOS, the aerogel Cerenkov counter is foreseen to dicscriminate between pions and kaons, especially at higher momenta where time of flight discrimination becomes increasingly inaccurate. A first prototype counter was tested during the K- Λ–beamtime in the summer of 2009, mounted on the hadron side of the KAOS spectrometer after the main detector package and making use of its particle tracking capabilities. The result of this test led to a redesign with new 5-inch phototubes with higher quantum efficiencies, a highly reflective paint for the inner walls of the diffusor box, better mirrors and a new detector casing. This new prototype has been installed in beam conditions for the first time in spring 2010, and various tests are ongoing.
In a first production beamtime in April 2010 dedicated to the investigation of the Roper resonance, the group focused on good statistics within one single kinematical point at an invariant mass W of 1440 MeV, a 4-momentum transfer Q2 of 0.1 (GeV/c)2, and a proton emission angle of 90 degree. The analysis of the data is under progress. Installation Use
Infrastructure Installation Installation Amount of Access Short Name ID Short Name Delivered MAMI 1 MAMI 35
martedì 16 luglio 2013 Page 42 of 58 Grant Agr. I 227431 Reporting Period PR1 UserProject Acronym MAMI_A1_SITRIPLE
Title Generalized polarisabilities in Virtual Compton Scattering Continuation N
M a i n F i e l d Physics Scientific Field Specific discipline Nuclear physics
Objectives The Generalized Polarizabilities (GP) are fundamental quantities characterizing the electromagnetic structure of a nucleon that is deformed by an external quasistatic electromagnetic field. These observables are accessed in Virtual Compton Scattering (VCS). A series of experiments have been performed, at Bates, MAMI and JLab, in order to investigate the behavior of the electric and magnetic GP of the proton as a function of Q2 or the distance scale. These GPs are contained in the two structure functions, (PLL - PTT)/ε and PLT, that enter the unpolarized ep →epγ cross section. The overall experimental picture indicates a non-trivial Q2-behavior of these VCS observables, which needs more detailed experimental data. The ep→epγ reaction will be measured at three different Q2: 0.1, 0.2 and 0.5 GeV2, where there are no experimental data. The measurement will take place below the pion production threshold, with the electron beam at MAMI-C energies. These new data will be an essential piece to build a consistent picture of the Q2-dependence of the VCS structure functions and the GPs, to constrain the theoretical models and ultimately improve our understanding of the nucleon electromagnetic structure. Achievements The group started to work on the improvement of the existing silicon strip detector. Within the A1- setup, this detector is mainly used for double and triple coincidence measurments, trading a much larger solid angle for a slightly reduced energy resolution when compared with one of the existing spectrometers. In a beamtime at the beginning of 2010, a very thin scintillator foil in front of the silicon detector has been tested as an additional trigger for α-particles. The Zagreb group also investigates, in close collaboration with the group from Ljubljana, a possible replacement of the focal plane polarimeter of spectrometer A, which features an increaesed particle detection efficieny compared to the existing one, thus reducing the amount of beamtime necessary for a given accuracy of polarisation observables, e.g. for the aforementioned Roper resonance measurements. The group thus participated in related beamtimes of the A1-collaboration, e.g. the measurement of polarisation observables in η-electroproduction in spring 2009. Installation Use
Infrastructure Installation Installation Amount of Access Short Name ID Short Name Delivered MAMI 1 MAMI 93
martedì 16 luglio 2013 Page 43 of 58 Grant Agr. I 227431 Reporting Period PR1 UserProject Acronym MAMI_A2_ETAPRIME
Title Transverse asymmetries T and F in η-photoproduction in the S11(1535) region Continuation N
M a i n F i e l d Physics Scientific Field Specific discipline Nuclear physics
Objectives The groups research program centers around the η- and η'-mesons and thes profits by a great amount from the recent MAMI beam energy increase to 1604 MeV. A first step will be the measurement of the target asymmetry T and the double-polarisation observable F for η -photoproduction in order to investigate interference effects between the S11(1535) and the D13(1520) nucleon resonances and to determine the energy-dependent phase shift between s and d waves, which is not yet taken into account by isobar models (MAID, SAID) for η -photoproduction. This data will help to constrain the analysis of the many overlapping resonances of the nucleon excitation spectrum beyond the Δ-- resonance.
Achievements The group maintains the Two Arm Photon Spectrometer TAPS as the standard forward detector wall within the Crystal Ball setup. A first round of production data on the measurement of the target asymmetry T and the double polarisation asymmetry F in η-photoproduction in the S11(1535) resonance region has been taken in the beamtime in February 2010, using a circularly polarised photon beam and transversely polarised protons within the new frozen spin target. This data is now under analysis.
Installation Use
Infrastructure Installation Installation Amount of Access Short Name ID Short Name Delivered MAMI 1 MAMI 97
martedì 16 luglio 2013 Page 44 of 58 Grant Agr. I 227431 Reporting Period PR1 UserProject Acronym MAMI_A2_FROZENSPIN
Title Helicity dependence of meson photoproduction on the proton with the new frozen spin Continuation target N
M a i n F i e l d Physics Scientific Field Specific discipline Nuclear physics
Objectives The group participates in the measurements on the Gerasimov-Drell-Hearn (GDH) sum rule, a fundamental relation between the anomalous magnetic moment of a particle and the integral over the weighted helicity asymmetry of the total absorption cross section for circularly polarised photons on the same particle, now longitudinally polarised. The GDH sum rule thus connects ground state properties of a particle with a moment of its entire excitation spectrum, showing the equivalence of the particles nonvanishing anomalous magnetic moment with its internal dynamical structure. With respect to the nucleon, current theoretical estimates of the GDH sum rule disagree with the expected GDH sum rule value for the proton while roughly reproducing the neutron GDH value. Both expected proton and neutron GDH values are extracted from a combination of multipole analyses of the available single pion photoproduction data, phenomenological models of multipion and heavy meson photoproduction reactions and Regge-type approaches. There's also an isospin decomposition of the GDH sum rule that has been experimentally checked jointly at the Mainz and Bonn photon tagging facilities, showing in a similar discrepancy between prediction and experiment.
This emphasises the need of a precise test of the GDH sum rule for both the neutron and proton and especially for precise double polarisation data for all pion-, double pion- and eta-photoproduction channels, which give the dominant contribution to the GDH integral, in order to pin down the origin of the existing discrepancies.
Within the GDH program, the group concentrates their measurements and subsequent data analysis mainly on polarised protons as target material and onto the D13(1520) and F15(1680) nucleon resonances. Achievements The group plays an important role within the setup and operation of the new frozen spin target, which is about to become one of the main targets of the A2 collaboration for the near future. This target is operated with butanol or deuterated butanol, in its solid state at 1.2 K. However, it is not limited to butanol but in principle capable of other materials like ammonia, deuterated ammonia or lithium deuteride, depending on experimental needs. The protons resp. deuterons within the aforementioned materials are polarised by a microwave pumping process known as "Dynamic Nucleon Polarisation (DNP)" up to a proton polarisation of 90% and a deuteron polarisation of 80%, which translates into a neutron polarisation of about 50%. The group set up and tested the NMR apparatus to measure the target polarisation and had an overall large share of workload at the actual installation of the target inside the experimental hall within the Crystal Ball detector setup, e.g. the relocation of the Crystal Ball electronics, in close collaboration with the Glasgow group. Installation Use
Infrastructure Installation Installation Amount of Access Short Name ID Short Name Delivered MAMI 1 MAMI 114
martedì 16 luglio 2013 Page 45 of 58 Grant Agr. I 227431 Reporting Period PR1 UserProject Acronym MAMI_A2_NGDH
Title Helicity dependence of single and double pion photoproduction processes and the Continuation GDH integral on the neutron N
M a i n F i e l d Physics Scientific Field Specific discipline Nuclear physics
Objectives The group plays an important role within the measurements on the Gerasimov-Drell-Hearn (GDH) sum rule, a fundamental relation between the anomalous magnetic moment of a particle and the integral over the weighted helicity asymmetry of the total absorption cross section for circularly polarised photons on the same particle, now longitudinally polarised. The GDH sum rule thus connects ground state properties of a particle with a moment of its entire excitation spectrum, showing the equivalence of the particles nonvanishing anomalous magnetic moment with its internal dynamical structure. With respect to the nucleon, current theoretical estimates of the GDH sum rule disagree with the expected GDH sum rule value for the proton while roughly reproducing the neutron GDH value. Both expected proton and neutron GDH values are extracted from a combination of multipole analyses of the available single pion photoproduction data, phenomenological models of multipion and heavy meson photoproduction reactions and Regge-type approaches. There's also an isospin decomposition of the GDH sum rule that has been experimentally checked jointly at the Mainz and Bonn photon tagging facilities, showing in a similar discrepancy between prediction and experiment.
This emphasises the need of a precise test of the GDH sum rule for both the neutron and proton and especially for precise double polarisation data for all pion-, double pion- and eta-photoproduction channels, which give the dominant contribution to the GDH integral, in order to pin down the origin of the existing discrepancies.
Within the GDH program, the group concentrates their measurements and subsequent data analysis onto the neutron GDH properties, using polarised He-3 and possibly deuterated butanol as a polarised neutron target. Achievements The group maintains the multiwire proportional chambers (MWPC) inside the Crystal Ball detector, which serve as the central tracker for charged particles. Some problems with electromagnetic noise had to be fixed in 2009 and 2010. Test and calibration beamtimes are ongoing. The group also maintains the new high pressure polarised He-3 target, that has been used for first production beamtimes on double polarised observables in the first half of 2009. Next to that, the group is responsible for a recently installed Cerenkov counter, located in the Crystal Ball beam exit tunnel in front of the TAPS detector for the suppression of electromagnetic background reactions. Especially, the group improved and finalized the detectors gas handling system in 2009.
First data has been taken with the new high pressure polarised He-3 target in the summer of 2009. Data has been taken as well with the new frozen spin target in February 2010 on polarised protons. The analysis is in progress. Installation Use
Infrastructure Installation Installation Amount of Access Short Name ID Short Name Delivered MAMI 1 MAMI 61
martedì 16 luglio 2013 Page 46 of 58 Grant Agr. I 227431 Reporting Period PR1 UserProject Acronym MAMI_A2_NRECOIL
Title Recoil nucleon polarimetry observables in meson photoproduction Continuation N
M a i n F i e l d Physics Scientific Field Specific discipline Nuclear physics
Objectives The group will measure the double polarisation observable Cx', using a circularly polarised photon beam and recoil polarimetry, and Ox', using linearly polarised photons and recoil polarimetry in both π- and η-photoproduction on the proton. Together with complementary measurements of other double polarisation observables, e.g. as done by the user group from Basel, Cx' and Ox' constrain the four helicity amplitudes that theoretically describe the photoproduction of pseudoscalar mesons from the nucleon. This in turn sets important constraints within the task of disentangling the many overlapping resonances in the nucleon excitation spectrum beyond the P33(1232) resonance, a task that still shows serious discrepancies and ambiguities even after decades of study.
Achievements The main instrumental responsibility of the user group is the particle identification system ("PID2") located inside the Crystal Ball detector, close to the MWPC tracker. Furthermore the group operates a recoil polarimeter. Both systems have been extensively used in 2009 for double polarisation experiments, Within this type of experiments, a big block of beamtime has been taken for the groups Cx' and Ox' recoil polarimetry program. The analysis of the data is ongoing.
Installation Use
Infrastructure Installation Installation Amount of Access Short Name ID Short Name Delivered MAMI 1 MAMI 48
martedì 16 luglio 2013 Page 47 of 58 Grant Agr. I 227431 Reporting Period PR1 UserProject Acronym MAMI_A2_PSPIN
Title Measurement of the Proton Spin Polarisabilities Continuation N
M a i n F i e l d Physics Scientific Field Specific discipline Nuclear physics
Objectives The groups research concentrates on the measurement of all four spin polarisabilities of the proton. Three separate types of double polarised Compton scattering experiments, namely scattering of 1) linearly polarised photons off unpolarised protons, 2) circularly polarised photons off longitudinally polarised protons and 3) circularly polarised photons off transversely polarised protons, are necessary to extract all four spin polarisabilities independently and with very small statistical and systematical error.
Achievements The group maintains the photon tagging system - magnet as well as scintillation detector - and the Crystal Ball detector readout electronics. Since in 2009 the MAMI accelerator group increased - after a similar step in the year before - the electron beam energy from 1558 MeV to 1604 MeV, thus further enhancing the production rates of rare mesons by this seemingly small amount of 46 MeV, the photon tagging system had to be readapted as well and was successfully operated with this new beam energy. The group also had to remount, in close collaboration with the user group from Zagreb, the Crystal Ball readout electronics onto the detector support frame in order to make the complete system movable for the insertion of the so called frozen spin target in the center of the Crystal Ball detector.
With respect to their physics program, a first test beamtime has been done in December 2009 when the frozen spin target became fully operational. A first production beam time followed in February 2010. The analysis of the data is in progress. Installation Use
Infrastructure Installation Installation Amount of Access Short Name ID Short Name Delivered MAMI 1 MAMI 384
martedì 16 luglio 2013 Page 48 of 58 Grant Agr. I 227431 Reporting Period PR1 UserProject Acronym MAMI_A4_SSA
Title Single spin asymmetries in elastic nucleon scattering Continuation N
M a i n F i e l d Physics Scientific Field Specific discipline Nuclear physics
Objectives The measurement of single spin asymmetries in elastic electron-nucleon scattering are an important tool to investigate the structure of the nucleon. Two kinds of electron polarisation are used for this purpose: A longitudinally polarised electron beam allows for the measurement of a parity violating asymmetry which enables the determination of the strange quark contribution to the vector form factors of the nucleon. When using a transversely polarised electron beam, the asymmetry in the cross section arises at highest order from the interference term between one- and two-photon exchange. This asymmetry allows to study excited nuclear intermediate states.
Achievements In 2009, more than 800 hours of data were taken using longitudinally polarised electrons with the new MAMI-C beam energy of 1.5 GeV. With a mean scattering angle of 35 degree a four-momentum transfer Q2 of 0.62 GeV2 was achieved. The measurement period lasted from March 2009 until November 2009. The analysis of this data is ongoing. Additionally, the Laser Compton Backscatter polarimeter was used to measure the electron beam polarisation. The analysis of this data is also ongoing. In 2010, measurements with transversely polarised electrons were performed. In January 2010, a beam energy of 420 MeV was used giving a four-momentum transfer of Q2 = 0.06 GeV2. In April 2010, a beam energy of 510 MeV was used with a four-momentum transfer of Q2 =0.08 GeV2. In June 2010, a beam energy of 1.5 GeV will be used giving a momentum transfer of Q2 = 0.62 GeV2. All these measurements were done for a period of a week each.
Installation Use
Infrastructure Installation Installation Amount of Access Short Name ID Short Name Delivered MAMI 1 MAMI 96
martedì 16 luglio 2013 Page 49 of 58 Grant Agr. I 227431 Reporting Period PR1 UserProject Acronym MAMI_B1_CSHAPE
Title Measurement of Cluster Shapes in Pixel Matrix Sensors Continuation N
M a i n F i e l d Physics Scientific Field Specific discipline High energy & particle physics
Objectives The group investigates pixel matrix detectors as a possible vertex detector candidate at the future e+e- collider ILC. These detectors need to be tested against so called beamstrahlung processes, which are an important background contribution in high-luminosity e+e- collisions, resulting in the creation of additional e+e- pairs. Compared to the proper physics process, a beamstrahlung electron or positron crosses the pixel matrix at larger angles and thus produces therein a more elongated cluster shape, which might serve as a means of discrimination against beamstrahlung.
Achievements After previous measurements at DESY and Frascati with electron beam energies of 6 GeV and 300 MeV, the group tested in the spring of 2010 their pixel matrix detector at MAMI with an as low as possible beam energy of 15 MeV in order to fully understand the beamstrahlung response of the detector over a wide energy range. The data analysis is in progress.
Installation Use
Infrastructure Installation Installation Amount of Access Short Name ID Short Name Delivered MAMI 1 MAMI 6
martedì 16 luglio 2013 Page 50 of 58 Grant Agr. I 227431 Reporting Period PR1 UserProject Acronym pd-eta-decay
Title Measurement of eta meson decays in the pd -> 3 He eta reaction Continuation N
M a i n F i e l d Physics Scientific Field Specific discipline Nuclear physics
Objectives The eta meson with its variety of possible decays is well suited as a low energy Quantum Chromodynamics (QCD) laboratory. There are several theoretical predictions for processes such as eta->pi+ pi- pi0 , eta-> pi0 gamma gamma, and others. Precise experimental data are required for the further development. The experimental progress in the field depends on high statistics with well understood systematical uncertainties.
Achievements During eight weeks of eta production via pd->3He eta, a low background sample of 20 million eta meson decays has been collected. The data sample will allow for precise tests of a theory of low energy strong interactions -- Chiral Perturbation Theory. For example in the three pion decays patterns of isospin symmetry breaking are investigated and the determination of light quark mass ratios is possible. The experimental data are presently analyzed by five PhD students. We expect as outcome several world best results on the eta meson decays branching ratios and the determination of distributions of the decay products.
Installation Use
Infrastructure Installation Installation Amount of Access Short Name ID Short Name Delivered FZJ-COSY 1 COSY 192
martedì 16 luglio 2013 Page 51 of 58 Grant Agr. I 227431 Reporting Period PR1 UserProject Acronym pp-eta-decay
Title Measurement of eta meson decays in pp interactions Continuation N
M a i n F i e l d Physics Scientific Field Specific discipline Nuclear physics
Objectives The decays of eta and eta' mesons involving two photons or a photon and a pi- pi+ pair are driven by the anomalies of the QCD Lagrangian. The photons in these processes could be virtual and convert internally into lepton-antilepton pairs. The decay eta (eta') -> pi+ pi- gamma* provides a possibility to study contributions from triangle and box anomaly directly. The main aim of the experimental project is the investigation of eta meson decays with charged products in the final state. Some decays are expected to occur with a probability of less than one per million therefore it is essential to produce a very large number of the eta mesons. Such very rare decays are of special interest since they are possibly violating some specific symmetries or may involve unknown new physics phenomena.
Achievements In the experiment performed at the COSY accelerator very high statistics data samples of eta meson decays from pp -> pp eta reaction have been collected. This production reaction has the advantage of relatively large cross section. The data were collected with a trigger based on the observation of the two protons in the forward detector. Moreover for selection of eta decay channels with charged particles in the final state at least two signals were required in the plastic barrel surrouding the vertex detector system. The other triggering system was based on the requirements of large energy deposit in two half of electromagnetic calorimeter. Such selection of the trigger condition has the advantage to be independent on the particular electromagnetic decay channel : eta -> gamma gamma, eta -> e+ e- gamma, eta -> e+ e- e+ e- and eta -> e+ e-. About 100 etas per second were produced at a luminosity in the order of 10E31 cm-2s-1. The collected data are being analysed and first results are expected to be presented during the Meson2010 Conference. Installation Use
Infrastructure Installation Installation Amount of Access Short Name ID Short Name Delivered FZJ-COSY 1 COSY 192
martedì 16 luglio 2013 Page 52 of 58 Grant Agr. I 227431 Reporting Period PR1 UserProject Acronym pp-pi0-decay
Title Measurement of the rare pi0 -> e+e- decay Continuation N
M a i n F i e l d Physics Scientific Field Specific discipline Nuclear physics
Objectives Decays of neutral pseudoscalar mesons into a lepton-antilepton pair, represent a potentially important channel to look for effects of physics beyond the Standard Model. Recent measurements of the kTeV group of the branching ratio of the pi0 -> e+ e- rare decay (6.46 E-8) exceeds the predictions from the Standard Model by 3.3 sigma which calls for more data in the rare eta decay channels. As a first step a two week measurement period for the detection of pi decays will be performed which will result in about 100 events of the pi -> e+ e- decay. The analysis of the data will allow to check and understand the background contributions and to prepare the high statistics measurement.
Achievements The data taking was sucessful and the analysis has started.
Installation Use
Infrastructure Installation Installation Amount of Access Short Name ID Short Name Delivered FZJ-COSY 1 COSY 48
martedì 16 luglio 2013 Page 53 of 58 Grant Agr. I 227431 Reporting Period PR1 UserProject Acronym RICCE
Title Search for observation of an internal clock or of Zitterbewegung in an electron Continuation channeling experiment - Setup of a channeling experiment at LNF-BTF N
M a i n F i e l d Physics Scientific Field Specific discipline Other - Physics
Objectives The main objective of the RICCE project was to make a statement on the possibility to perform a channeling experiment on the BTF beam line at DAFNE, in view of a future experiment dedicated to the search for the electron Zitterbewegung. To do that it was necessary to make a first test in order to characterize the beam properties and the available detection system. The BTF facility comprises a beam line devoted to experimental tests with electron and positron beams of energy ranging from 50 to 500 MeV, thanks to a thick degrader target located at the entrance of the beam line. Two magnets and a set of slits are then used to select particles of a given energy. However, the beam optics is not a priori designed for high resolution spectroscopy experiments. Actually, crystal channeling requires low angular divergence and small beam sizes, and, for the particular experiment to be performed here, a small momentum spread. Moreover, the description of the expected resonance requires making small energy steps, of the order of 1/1000, without changing the beam geometry on the target. Achievements This first part of the project was quite successful. We have been able to set up the beam line in a suitable way to perform crystal channeling in the future. Although beam transport calculations are not available due to the strong dispersion in the thick target located at the BTF entrance, the beam emittance was set at a very low value by means of the two sets of collimation slits located between the two dipoles of the cave. Difficulties were encountered with the readout of the position sensitive silicon strip detectors, for which a modification of the DAQ software appeared necessary to provide the position histograms in an event by event mode. This was performed afterwards. The sensitivity of the dipole power supplies was measured to be not able to make the very small steps of the magnetic field that are required for the electron clock experiment (1/1000). Additional adjustment conducting coils have been installed afterwards. Significant beam instabilities were observed in this parasitic mode, which prevented us from observing clear channeling effects. After the severe selection in the angular, size and momentum distributions, the final beam intensity was measured to be of a few electrons per pulse, i.e. about 102 electrons per second, which is enough for our experiment. A collaboration with physicists groups of the LNF has been established. This collaboration is based on a mutual interest for the scientific outcome of this program, and in particular on the possibility to develop future electron channeling experiments at LNF. Installation Use
Infrastructure Installation Installation Amount of Access Short Name ID Short Name Delivered INFN-LNF 1 DAΦNE 80
martedì 16 luglio 2013 Page 54 of 58 Grant Agr. I 227431 Reporting Period PR1 UserProject Acronym RICCE2
Title Search for observation of an internal clock or of Zitterbewegung in an electron Continuation channeling experiment at LNF-BTF N
M a i n F i e l d Physics Scientific Field Specific discipline Other - Physics
Objectives This second project was submitted immediately after the first experiment in Fall 2009, once we knew that we could progress beyond this first feasibility study. The difficulties to be overcome were identified, and we could foresee a second test in conditions closer to the final situation for the observation of the electron clock. The complete experiment would require the observation of the angular distribution of transmitted electrons AND positrons in channeling conditions through a thin germanium or silicon crystal. A variation of the angular distribution should be observed as a function of the energy around 160 MeV and 80 MeV. This effect should disappear at 320 MeV. It should also disappear when changing the crystal orientation (e.g. from <110> to <111> axis, which changes the excitation frequency by the atomic strings). Before performing this exhaustive and ambitious program, a second test was necessary to infer the channeling conditions, after the improvements of both the beam line (addition of an additional coil on one of the two dipole to increase the precision of field variations, installation of a magnetic probe in the second magnet to improve the magnetic field read out) and the detection system (possibility to histogram the transmitted particles in X and Y at the silicon strip detector). Achievements The main achievement at the present stage of our program is that we succeeded in performing an electron channeling experiment at the BTF beam line. This opens the way to future programs at LNF dealing with channeling radiation, coherent bremsstrahlung, parametric and transition radiation. As for our Zitterbewegung research program, the results of March 2010 experiment are still under analysis. As a first conclusion we shall explore several ways to increase the efficiency of our experiment: - a better optimized beam optics, ensuring achromatism between the degrader target and the crystal with reduced momentum dispersion. Beam optics settings will be calculated. We may also consider additional collimation slits after the last dipole. Efforts should be made to reduce possible LINAC instabilities, leading to variations of the beam spot shape on our crystal; - we will try to improve the particle detection efficiency. At present the silicon strip detectors have a relatively low efficiency, which makes X,Y simultaneous measurements quite difficult. Additional information should be extracted from X, Y measurements in correlation. - The first measurement of the electron clock (Gouanère et al. Found. Phys., 2006) was performed at 80 MeV energy. At such an energy, we expect to be less sensitive to beam shape fluctuations, since channeling critical angles are larger. In parallel, theoretical calculations in the Dirac formalism are undertaken by the LNF group to describe the electron clock phenomenon. In conclusion, this TARI project allowed us to initiate successfully our channeling program, and to draw the final requirements for the final Zitterbewegung experiment. In view of a more complete and detailed experiment, to be performed late 2010 or 2011, we will certainly submit a new proposal at the next TARI committee session, since the remaining allocated days and travel could support only part (about one half) of this program. Installation Use
Infrastructure Installation Installation Amount of Access Short Name ID Short Name Delivered INFN-LNF 1 DAΦNE 46
martedì 16 luglio 2013 Page 55 of 58 Grant Agr. I 227431 Reporting Period PR1 UserProject Acronym SMI-KN
Title Kaonic atoms and kaonic nuclear systems Continuation N
M a i n F i e l d Physics Scientific Field Specific discipline Other - Physics
Objectives The objectives concern the data analyses of the SIDDHARTA runs performed till November 2009 and their interpretation in order to find out the issues which can be improved for new x-ray spectroscopic studies with kaonic deuterium and other kaonic atoms yielding precision data on the low-energy strong interaction observables. Additional objectives concern the development of the AMADEUS experiment taking advantage of the KLOE apparatus.
Achievements From the collected SIDDHARTA data we expect to obtain the most precise result so far for kaonic hydrogen. A first result for kaonic helium-4, which gave a very important confirmation of an earlier result obtained at KEK/Japan, was already published. A first result on the strong interaction effect on the 2p state in kaonic helium-3 was obtained and will be published soon. The first measurement of the x-ray spectrum of kaonic deuterium indicated the limitations because of the very low yield of kaonic Lyman transitions and the large line widths. Consequently the signal-to- noise ratio is below the expectations. Possible solutions for improved measurements were corroborated and are in discussion now. These improvements need R&D work at the LNF site and will be subject to a succeeding TARI project.
Installation Use
Infrastructure Installation Installation Amount of Access Short Name ID Short Name Delivered INFN-LNF 1 DAΦNE 96
martedì 16 luglio 2013 Page 56 of 58 Grant Agr. I 227431 Reporting Period PR1 UserProject Acronym SMI-KX
Title Precision x-ray spectroscopy of kaonic hydrogen isotopes (SIDDHARTA) Continuation N
M a i n F i e l d Physics Scientific Field Specific discipline Other - Physics
Objectives The SIDDHARTA project at DAFNE/LNF aimed at the x-ray spectroscopy with SDDs (silion drift detectors) of kaonic hydrogen, deuterium, helium-3 and helium 4 in order to study the low-energy interaction of antikaons (K-). The objectives of the TARI project are directly connected with the running of this experiment at DAFNE in order to perform measurement of the x-ray spectrum of kaonic hydrogen and for the first time kaonic deuterium. SMI is responsible for essential parts of SIDDHARTA (Maintenance and filling of the gas target with hydrogen and helium isotopes respectively, cryogenics, SDD calibration etc.) as well as for the data analysis and data taking during beam time.
Achievements High quality data on kaonic helium-4 were analyzed. The result on the 2p state shift verifies the result of a measurement at KEK: the strong interaction induced shift is very small and in agreement with theoretical expectations. For the first time data on kaonic helium-3 Balmer transitions were measured. Finally for the first time x-ray data on kaonic hydrogen and deuterium were measured with time- resolving silicon drift detectors.
Installation Use
Infrastructure Installation Installation Amount of Access Short Name ID Short Name Delivered INFN-LNF 1 DAΦNE 175
martedì 16 luglio 2013 Page 57 of 58 Grant Agr. I 227431 Reporting Period PR1 UserProject Acronym Strange/Matulewicz
Title Strangeness in heavy-ion collisions/ Study of pion-induced in-medium production and Continuation propagation of strangeness/ Search for kaonic cluster K-pp- Preparation and main N experiment
M a i n F i e l d Physics Scientific Field Specific discipline Nuclear physics
Objectives The objective of this project is the production of strange particles in heavy ion collisions to obtain experimental constraints on the (Anti)KN potential in hot and dense nuclear matter by studying the collective flow of strange kaons.
Achievements The group took over a leading role in the online analyses and offline calibration, and also was responsible for the run coordination (shift planning and archiving of experimental data) of the heavy ion runs. The Warsaw group installed several slow control components for the data acquisition and detector monitoring which were essential for the stability of the data taking during the experiment. The Warsaw group was responsible for the monitoring and calibration of the plastic time of flight barrel and the forward drift chamber of the FOPI set-up, Helitron. The Helitron run control and calibration was taken over by the Hungarian collaborators. The main analysis efforts of the Warsaw groups were devoted to the reconstruction of Phi-Mesons from K+K- pairs in heavy ion reactions and the applicability of a thermal hadronization model to particle production yields measured in heavy ion collisions at SIS energies.
Difficulties encountered: nothing to report Installation Use
Infrastructure Installation Installation Amount of Access Short Name ID Short Name Delivered SIS 1 SIS 336
martedì 16 luglio 2013 Page 58 of 58 List of Users Grant Agreement ID 227431 Reporting Period PR1
UserProject Family First Birth Natio Resear. U s e r B a c k g r o u n d H o m e I n s t i t u t i o n User New Group Remote Nr.of Dur,of T+S Additional Acronym Name Name Gender year nality status Sci. Field 1 Sci. Field 2 Sci. Field 3 Type Name Town Country e-mail user leader user visits stay reimb. information
01SCHICK Cudell Jean-René M 1961BE EXP Physics UNI Université de Liège LiègeBE [email protected] Y Y N 1 4 Y ER10
01SCHICK Groth- Jacob M 1978DK PGR Physics UNI Lund University LundSE jacob.groth- YN N 1 5Y ER10 Jensen [email protected]
01SCHICK Harland- Lucian M 1986GB PGR Physics UNI University of CambridgeGB [email protected] Y N N 1 4 Y ER10 Lang Cambridge
01SCHICK Magas Volodymyr M 1976OT PDOC Physics UNI Universitat de BarcelonaES [email protected] Y N N 1 5 Y ER10 Barcelona
01SCHICK Oljemark Fredrik M 1979FI PGR Physics UNI Helsinki Instute of HelsinkiFI fredrik.oljemark@hel YN N 1 5Y ER10 Physics sinki.fi
01SCHICK Royon Christophe M 1967FR EXP Physics RES CEA Saclay Gif-sur- FR [email protected] YN N 1 5Y ER10 Yvette a.fr
01SCHICK Schoeffel Laurent M 1970FR EXP Physics RES CEA Saclay Gif-sur- FR laurent.schoeffel@ce YN N 1 5Y ER10 Yvette a.fr
01SCHICK Schul Nicolas M 1984BE PGR Physics UNI UCL Louvain LouvainBE nicolas.schul@uclouv YN N 1 5Y ER10 ain.be
01SCHICK Zapp Korinna F 1981DE PDOC Physics UNI IPPP Durham DurhamGB [email protected] YN N 1 4Y ER10 .uk
02AART09 Aarts Gert M 1972NL EXP Physics UNI Swansea University SwanseaGB [email protected] Y Y N 1 5 Y
02AART09 Allton Chris M 1963OT EXP Physics UNI Swansea University SwanseaGB [email protected] Y N N 1 4 Y
02AART09 Endrodi Gergely M 1984HU PGR Physics RES ELTE BudapestHU gergo.endrodi@gmail YN N 1 5Y .com
02AART09 Goulko Olga F 1984DE PGR Physics RES DAMTP CambridgeGB [email protected] YN N 1 5Y m.ac.uk
02AART09 Myers Joyce F 1979OT PDOC Physics UNI Swansea University SwanseaGB [email protected] YN N 1 5Y k
02AART09 Philipsen Owe M 1965DE EXP Physics UNI Universitaet Munster MunsterDE o.philipsen@uni- YN N 1 5Y muenster.de
02AART09 Seiler Erhard M 1942DE EXP Physics RES Max-Planck-Institut für MünchenDE [email protected] Y N N 1 5 Y Physik
martedì 16 luglio 2013 Page 1 of 27 UserProject Family First Birth Natio Resear. U s e r B a c k g r o u n d H o m e I n s t i t u t i o n User New Group Remote Nr.of Dur,of T+S Additional Acronym Name Name Gender year nality status Sci. Field 1 Sci. Field 2 Sci. Field 3 Type Name Town Country e-mail user leader user visits stay reimb. information
02AART09 Sexty Denes M 1979HU PDOC Physics UNI TU Darmstadt DarmstadtDE [email protected] YN N 1 5Y u-darmstadt.de
02AART09 Splittorff Kim M 1973DK PDOC Physics UNI The Niels Bohr CopenhageDK [email protected] Y N N 1 4 Y Institute
02AART09 Stamatescu Ion- M 1941DE EXP Physics UNI Universitaet HeidelbergDE [email protected] YN N 1 4Y Olimpiu Heidelberg -heidelberg.de
02VAAGE Ahlers Holger M 1980DE PGR Physics UNI Leibniz Universität HannoverDE [email protected] YN N 1 5Y N10 hannover.de
02VAAGE Fedorov Dmitri M 1965DK EXP Physics UNI University of Aarhus AarhusDK [email protected] Y Y N 1 5 Y N10
02VAAGE Forssén Christian M 1974SE EXP Physics UNI Chalmers University GothenburgSE christian.forssen@ch YN N 1 4Y N10 of Technology almers.se
02VAAGE Guenther Uwe M 1962DE EXP Physics RES Research Center DresdenDE [email protected] Y N N 1 5 Y N10 Dresden-Rossendorf
02VAAGE Michel Nicolas M 1975FR PDOC Physics UNI University of Jyväskylä JyväskyläFI nicolas.lj.michel@jyu. YN N 1 5Y N10 fi
02VAAGE Orrigo Sonja F 1974IT PDOC Physics UNI Universidade de CoimbraPT [email protected]. YN N 1 5Y N10 Coimbra uc.pt
02VAAGE Stefanak Martin M 1980CZ PGR Physics UNI CTU PragueCZ [email protected] YN N 1 4Y N10 vut.cz
03AICHEL Aichelin Joerg M 1953DE EXP Physics UNI SUBATECH NantesFR [email protected] YN N 1 4Y IN09 2p3.fr
03AICHEL Gaitanos Theodoros M 1970GR PDOC Physics UNI Universitaet Giessen GiessenDE Theodoros.Gaitanos YN N 1 5Y IN09 @theo.physik.uni- giessen.de
03AICHEL Hartnack Christoph M 1963DE EXP Physics UNI SUBATECH NantesFR [email protected] YN N 1 5Y IN09 n2p3.fr
03AICHEL Leifels Yvonne F 1962DE EXP Physics RES GSI DarmstadtDE [email protected] Y N N 1 4 Y IN09
03AICHEL Leupold Stefan M 1967DE EXP Physics UNI Universitaet Giessen GiessenDE leupold@uni- YN N 1 5Y IN09 giessen.de
03AICHEL Trautmann Wolfgang M 1943DE EXP Physics RES GSI DarmstadtDE [email protected] Y N N 1 5 Y IN09
03AICHEL Wolter Hermann M 1941DE EXP Physics UNI Universitaet Munich GarchingDE hermann.wolter@lmu YY N 1 5Y IN09 .de
martedì 16 luglio 2013 Page 2 of 27 UserProject Family First Birth Natio Resear. U s e r B a c k g r o u n d H o m e I n s t i t u t i o n User New Group Remote Nr.of Dur,of T+S Additional Acronym Name Name Gender year nality status Sci. Field 1 Sci. Field 2 Sci. Field 3 Type Name Town Country e-mail user leader user visits stay reimb. information
03DICKH Aumann Thomas M 1961DE EXP Physics RES GSI DarmstadtDE [email protected] Y Y N 1 5 N OFF10
03DICKH Deltuva Arnoldas M 1976LT PDOC Physics UNI CFNUL LisboaPT [email protected] Y N N 1 4 Y OFF10
03DICKH Lemmon Roy M 1967GB EXP Physics RES STFC Daresbury Warrington, GB [email protected]. YN N 1 4Y OFF10 Laboratory Cheshire uk
03DICKH Moro Antonio M 1973ES PDOC Physics UNI Universidad de Sevilla SevillaES [email protected] Y N N 1 4 Y OFF10
03DICKH Polls Artur M 1952ES EXP Physics UNI Universitat de BarcelonaES [email protected] Y N N 1 5 Y OFF10 Barcelona
03DICKH Rios Huguet Arnau M 1980ES PDOC Physics UNI University of Surrey GuildfordGB [email protected] Y N N 1 5 Y OFF10
03DICKH Ryckebusch Jan M 1962BE EXP Physics UNI Ghent University GhentBE Jan.Ryckebusch@U YN N 1 3N OFF10 Gent.be
03DICKH Timofeyuk Natalia F 1961GB EXP Physics UNI University of Surrey GuildfordGB N.Timofeyuk@surrey. YN N 1 4Y OFF10 ac.uk
03DICKH Van Neck Dimitri M 1965BE EXP Physics UNI Ghent University GhentBE dimitri.vanneck@uge YN N 1 3Y OFF10 nt.be
04BLASC Andronic Anton M 1966RO EXP Physics RES GSI DarmstadtDE [email protected] Y N N 1 5 Y HKE09
04BLASC Blaschke David M 1959DE EXP Physics UNI University of Wroclaw WroclawPL [email protected] YY N 1 5Y HKE09 c.pl
04BLASC Burnier Yannis M 1979CH PDOC Physics UNI Universitaet Bielefeld BielefeldDE [email protected] YN N 1 5Y HKE09 bielefeld.de
04BLASC Cabrera Daniel M 1976ES PDOC Physics UNI UCM Madrid MadridES [email protected] YN N 1 4Y HKE09 m.es
04BLASC Ferreiro Elena F 1970ES EXP Physics UNI Universidade de Santiago de ES [email protected] Y N N 1 2 Y HKE09 Santiago de Compostela Compostela
04BLASC Laine Mikko M 1969FI EXP Physics UNI Universitaet Bielefeld BielefeldDE [email protected] YN N 1 4Y HKE09 bielefeld.de
04BLASC Prorok Dariusz M 1961PL EXP Physics UNI University of Wroclaw WroclawPL [email protected] Y N N 1 5 Y HKE09
04CARUS Gueron Sophie F 1970FR EXP Physics RES LPS Orsay OrsayFR [email protected] Y N N 1 3 Y OTTO10
martedì 16 luglio 2013 Page 3 of 27 UserProject Family First Birth Natio Resear. U s e r B a c k g r o u n d H o m e I n s t i t u t i o n User New Group Remote Nr.of Dur,of T+S Additional Acronym Name Name Gender year nality status Sci. Field 1 Sci. Field 2 Sci. Field 3 Type Name Town Country e-mail user leader user visits stay reimb. information
04CARUS Kaestner Bernd M 1973DE PDOC Physics RES PTB Braunschwe DE bernd.kaestner@ptb. YN N 1 3Y OTTO10 ig de
04CARUS Lahde Timo M 1977FI PDOC Physics UNI Aalto University EspooFI [email protected] Y N N 1 3 Y OTTO10
04CARUS MCCann Edward M 1970GB EXP Physics UNI Lancaster University LancasterGB e.mccann1@lancaste YN N 1 3Y OTTO10 r.ac.uk
04CARUS Morais Cristiane F 1964OT EXP Physics UNI Utrecht University UtrechtNL c.demoraissmith@uu YN N 1 3Y OTTO10 .nl
04CARUS Oehberg Patrik M 1969FI EXP Physics UNI Heriot Watt University EdinburghGB [email protected] Y N N 1 3 Y OTTO10
04CARUS Popinciuc Mihaita M 1975RO PDOC Physics UNI Groningen University GroningenNL [email protected] Y N N 1 3 Y OTTO10
04CARUS Trauzettel Bjoern M 1973DE EXP Physics UNI Universität Würzburg WuerzburgDE [email protected] YY N 1 2Y OTTO10 -wuerzburg.de
04CARUS van Ralph M 1985NL PGR Physics UNI Utrecht University UtrechtNL [email protected] YN N 1 3Y OTTO10 Gelderen l
05GIANNI Arends Hans- M 1949DE EXP Physics UNI Institut fuer Kernphysik MainzDE [email protected] YN N 1 3Y NI09 Juergen mainz.de
05GIANNI Döring Michael M 1975DE PDOC Physics RES IKP FZ Jülich JülichDE m.doering@fz- YN N 1 5Y NI09 juelich.de
05GIANNI Gegelia Jambul M 1965OT PDOC Physics UNI Universitaet Mainz MainzDE [email protected] YN N 1 5Y NI09 mainz.de
05GIANNI Lorcé Cédric M 1982BE PDOC Physics UNI Universitaet Mainz MainzDE [email protected] YN N 1 5Y NI09 mainz.de
05GIANNI Melde Thomas M 1968DE PDOC Physics UNI Universitaet Graz GrazAT thomas.melde@uni- YN N 1 5Y NI09 graz.at
05GIANNI Ramos Angels F 1961ES EXP Physics UNI Universidad de BarcelonaES [email protected] Y N N 1 5 Y NI09 Barcelona
05GIANNI Sainio Mikko M 1951FI EXP Physics UNI Helsinki Institute of HelsinkiFI mikko.sainio@helsink YY N 1 5Y NI09 Physics i.fi
05GIANNI Wittig Hartmut M 1963DE EXP Physics UNI Universitaet Mainz MainzDE [email protected] YN N 1 1Y NI09 mainz.de
06DIAZ- Burghardt Irene F 1974DE EXP Physics RES ENS Paris ParisFR irene.burghardt@ens. YY N 1 5Y TORRES1 fr 0
martedì 16 luglio 2013 Page 4 of 27 UserProject Family First Birth Natio Resear. U s e r B a c k g r o u n d H o m e I n s t i t u t i o n User New Group Remote Nr.of Dur,of T+S Additional Acronym Name Name Gender year nality status Sci. Field 1 Sci. Field 2 Sci. Field 3 Type Name Town Country e-mail user leader user visits stay reimb. information
06DIAZ- Coker David M 1958OT EXP Physics UNI UCD BelfieldIE [email protected] Y N N 1 4 Y TORRES1 0
06DIAZ- Garraway Barry M 1959GB EXP Physics UNI University of Sussex BrightonGB b.m.garraway@susse YN N 1 5Y TORRES1 x.ac.uk 0
06DIAZ- Gerlich Stefan M 1980AT PGR Physics UNI Universität Wien ViennaAT stefan.gerlich@univie YN N 1 4Y TORRES1 .ac.at 0
06DIAZ- Hasselbach Franz M 1940DE EXP Physics UNI Universität Tübingen TübingenDE franz.hasselbach@un YN N 1 4Y TORRES1 i-tuebingen.de 0
06DIAZ- Hinde David M 1957OT EXP Physics UNI The Australian CanberraOT [email protected] YN N 1 5Y TORRES1 National University u.au 0
06DIAZ- Hornberger Klaus M 1971DE EXP Physics RES MPIPKS DresdenDE [email protected] Y N N 1 5 Y TORRES1 0
06DIAZ- Hupin Guillaume M 1985FR PGR Physics RES GANIL CaenFR [email protected] Y N N 1 5 Y TORRES1 0
06DIAZ- Isar Aurelian M 1950RO EXP Physics RES NIPNE Bucharest- RO [email protected] Y N N 1 5 Y TORRES1 Magurele 0
06DIAZ- Kleinekathoe Ulrich M 1968DE EXP Physics UNI Jacobs University BremenDE u.kleinekathoefer@ja YN N 1 4Y TORRES1 fer Bremen cobs-university.de 0
06DIAZ- Lacroix Denis M 1972FR EXP Physics RES GANIL CaenFR [email protected] Y N N 1 5 Y TORRES1 0
06DIAZ- Piilo Jyrki M 1969FI EXP Physics UNI University of Turku TurkuFI [email protected] Y N N 1 4 Y TORRES1 0
06DIAZ- Ploszajczak Marek M 1950PL EXP Physics RES GANIL CaenFR [email protected] Y N N 1 5 Y TORRES1 0
06DIAZ- Saalfrank Peter M 1961DE EXP Physics UNI Universität Potsdam PotsdamDE [email protected] YN N 1 5Y TORRES1 potsdam.de 0
martedì 16 luglio 2013 Page 5 of 27 UserProject Family First Birth Natio Resear. U s e r B a c k g r o u n d H o m e I n s t i t u t i o n User New Group Remote Nr.of Dur,of T+S Additional Acronym Name Name Gender year nality status Sci. Field 1 Sci. Field 2 Sci. Field 3 Type Name Town Country e-mail user leader user visits stay reimb. information
06DIAZ- Strunz Walter M 1966DE EXP Physics UNI TU Dresden DresdenDE walter.strunz@tu- YN N 1 5Y TORRES1 dresden.de 0
06WALKE Brandau Carsten M 1969DE EXP Physics RES GSI DarmstadtDE [email protected] Y N N 1 4 Y R06
06WALKE Crespo José M 1963ES EXP Physics RES Max-Planck-Institut für HeidelbergDE crespojr@mpi- YN N 1 5Y R06 López- Ramón Kernphysik hd.mpg.de Urrutia
06WALKE Cullen David M 1966GB EXP Physics UNI Unversity of ManchesterGB dave.cullen@manche YN N 1 3Y R06 Manchester ster.ac.uk
06WALKE Currell Fred M 1963GB EXP Physics UNI Queen's University BelfastGB [email protected] Y N N 1 5 Y R06
06WALKE Georgiev Georgi M 1970BG EXP Physics RES CSNSM OrsayFR Georgi.Georgiev@cs YN N 1 4Y R06 nsm.in2p3.fr
06WALKE Gobet Franck M 1973FR EXP Physics RES CENBG GradignanFR [email protected] YN N 1 5Y R06 r
06WALKE Litvinov Yuri M 1975OT EXP Physics RES MPI-K HeidelbergDE [email protected] Y N N 1 3 Y R06
06WALKE Mohr Peter M 1964DE EXP Physics RES Diakonie-Klinikum Schwaebisc DE WidmaierMohr@t- YN N 1 1YNon_profit_insu R06 Schwaebisch Hall h Hall online.de strial_or_comm ercial_enterpris e
06WALKE Moore Iain M 1976GB EXP Physics UNI University of Jyväskylä JyväskyläFI [email protected] Y N N 1 5 Y R06
06WALKE Palffy Adriana F 1979RO PDOC Physics RES Max-Planck-Institut für HeidelbergDE palffy@mpi- YN N 1 5Y R06 Kernphysik hd.mpg.de
06WALKE Reed Matthew M 1984GB PGR Physics UNI University of Surrey GuildfordGB [email protected]. YN N 1 5Y R06 uk
06WALKE Spohr Klaus M 1963DE EXP Physics UNI University of the West PaisleyGB [email protected]. YN N 1 3Y R06 of Scotland uk
06WALKE Tashenov Stanislav M 1978OT PDOC Physics UNI Royal Institute of StockholmSE [email protected] YN N 1 5Y R06 Technology h.se
06WALKE Walker Phil M 1952GB EXP Physics UNI University of Surrey GuildfordGB [email protected] YY N 1 5Y R06 k
07BACCH Deak Michal M 1983SK PDOC Physics UNI Universidad MadridES [email protected] YN N 1 2Y ETTA10 Autónoma de Madrid e
07BACCH Haegler Philipp M 1974DE EXP Physics UNI TU Munich GarchingDE [email protected] Y N N 1 5 Y ETTA10 martedì 16 luglio 2013 Page 6 of 27 UserProject Family First Birth Natio Resear. U s e r B a c k g r o u n d H o m e I n s t i t u t i o n User New Group Remote Nr.of Dur,of T+S Additional Acronym Name Name Gender year nality status Sci. Field 1 Sci. Field 2 Sci. Field 3 Type Name Town Country e-mail user leader user visits stay reimb. information
07BACCH Lorce Cedric M 1982BE PDOC Physics UNI Universität Mainz MainzDE [email protected] YN N 1 5Y ETTA10 mainz.de
07BACCH Manashov Alexander M 1963OT EXP Physics UNI Universitaet RegensburgDE Alexander.Manashov YY N 1 5Y ETTA10 Regensburg @physik.uni- regensburg.de
07BACCH Rathmann Frank M 1960DE EXP Physics RES FXJ JuelichDE f.rathmann@fz- YN N 1 3Y ETTA10 (Forschungszentrum juelich.de Juelich)
07BACCH Rostomyan Ami F 1975OT PDOC Physics RES DESY HamburgDE [email protected] Y N N 1 5 Y ETTA10
07BACCH Schlegel Marc M 1976DE PDOC Physics UNI Tuebingen TuebingenDE marc.schlegel@uni- YN N 1 5Y ETTA10 Universitaet tuebingen.de
07BACCH Schnell Gunar M 1971DE EXP Physics UNI DESY HamburgDE gunar.schnell@desy. YN N 1 5Y ETTA10 de
07BACCH Zavada Petr M 1948CZ EXP Physics RES Institute of Physics of PragueCZ [email protected] Y N N 1 5 Y ETTA10 the Academy of Sciences
07ROTH0 Binder Sven M 1982DE UND Physics UNI TU Darmstadt DarmstadtDE [email protected] Y N N 1 5 Y 9
07ROTH0 Bishop Raymond M 1945GB EXP Physics UNI University of ManchesterGB raymond.bishop@ma YN N 1 5Y 9 Manchester nchester.ac.uk
07ROTH0 Dukelsky Jorge M 1951ES EXP Physics RES IEM. CSIC MadridES [email protected] YY N 1 5Y 9 .csic.es
07ROTH0 Forssén Christian M 1974SE EXP Physics UNI Chalmers University GothenburgSE christian.forssen@ch YN N 1 5Y 9 of Technology almers.se
07ROTH0 Gauss Jürgen M 1960DE EXP Physics UNI Universität Mainz MainzDE [email protected] Y N N 1 4 Y 9
07ROTH0 Schulenburg Joerg M 1969DE TEC Physics UNI Universitaet MagdeburgDE joerg.schulenburg@u YN N 1 5Y 9 Magdeburg rz.uni-magdeburg.de
07ROTH0 Ummethum Joerg M 1984DE PGR Physics UNI Universität Bielefeld BielefeldDE ummethum@physik. YN N 1 5Y 9 uni-bielefeld.de
07ROTH0 Walet Niels M 1958NL EXP Physics UNI University of ManchesterGB niels.walet@manche YN N 1 3Y 9 Manchester ster.ac.uk
08BELITS Korchemsky Gregory M 1961FR EXP Physics RES IPhT, Saclay Gif-sur- FR [email protected] YN N 1 5Y KY09 Yvette psud.fr
08BELITS Kroll Peter M 1939DE EXP Physics UNI Universitaet Wuppertal WuppertalDE [email protected] YN N 1 5Y KY09 wuppertal.de martedì 16 luglio 2013 Page 7 of 27 UserProject Family First Birth Natio Resear. U s e r B a c k g r o u n d H o m e I n s t i t u t i o n User New Group Remote Nr.of Dur,of T+S Additional Acronym Name Name Gender year nality status Sci. Field 1 Sci. Field 2 Sci. Field 3 Type Name Town Country e-mail user leader user visits stay reimb. information
08BELITS Manashov Alexander M 1963OT EXP Physics UNI Universitaet RegensburgDE alexander.manashov YN N 1 4Y KY09 Regensburg @physik.uni- regensburg.de
08BELITS Mueller Dieter M 1960DE EXP Physics UNI Ruhr-Universitaet BochumDE [email protected] YY N 1 5Y KY09 Bochum hr-uni-bochum.de
08BELITS Stefanis Nicos M 1951GR EXP Physics UNI Ruhr-Universität BochumDE [email protected] Y N N 1 5 Y KY09 Bochum
09BROW Duguet Thomas M 1974FR EXP Physics RES CEA/Saclay Gif sur FR thomas.duguet@cea. YN N 1 4Y N09 Yvette fr
09BROW Gorska Magdalena F 1970PL EXP Physics RES GSI DarmstadtDE [email protected] Y N N 1 5 Y N09
09BROW Heenen Paul-Henri M 1947BE EXP Physics UNI Université Libre de BruxellesBE [email protected] Y N N 1 4 Y N09 Bruxelles
09BROW Hjorth- Morten M 1961NO EXP Physics UNI University of Oslo OsloNO [email protected] Y Y N 1 5 Y N09 jensen
09BROW Kvaal Simen M 1978NO PDOC Physics UNI University of Oslo OsloNO [email protected] YN N 1 5Y N09 o.no
09BROW Nowacki Frederic M 1966FR EXP Physics RES IPHC Strasbourg StrasbourgFR frederic.nowacki@ire YN N 1 5Y N09 s.in2p3.fr
09BROW Roth Robert M 1972DE EXP Physics UNI TU Darmstadt DarmstadtDE [email protected] YN N 1 4Y N09 -darmstadt.de
09BROW Sieja Kamila F 1978PL UND Physics RES GSI DarmstadtDE [email protected] Y N N 1 5 Y N09
09BROW Tostevin Jeffrey M 1952GB EXP Physics UNI University of Surrey GuildfordGB [email protected]. YN N 1 5Y N09 uk
09BROW van Dalen Eric M 1976NL PDOC Physics UNI Universitaet TuebingenDE eric.van-dalen@uni- YN N 1 5Y N09 Tuebingen tuebingen.de
10HORO Bender Michael M 1968DE EXP Physics RES CEN Bordeaux GradignanFR [email protected] YY N 1 3Y WITZ09 Gradignan .fr
10HORO Blaum Klaus M 1971DE EXP Physics RES MPI-K HeidelbergDE sekretariat.blaum@m YN N 1 5Y WITZ09 pi-hd.mpg.de
10HORO Chamel Nicolas M 1978FR EXP Physics UNI Université Libre de BruxellesBE [email protected] Y N N 1 5 Y WITZ09 Bruxelles
10HORO Jones Ian M 1973GB EXP Physics UNI University of Southampto GB [email protected] YN N 1 5Y WITZ09 Southampton n k
martedì 16 luglio 2013 Page 8 of 27 UserProject Family First Birth Natio Resear. U s e r B a c k g r o u n d H o m e I n s t i t u t i o n User New Group Remote Nr.of Dur,of T+S Additional Acronym Name Name Gender year nality status Sci. Field 1 Sci. Field 2 Sci. Field 3 Type Name Town Country e-mail user leader user visits stay reimb. information
10HORO Moreno Oscar M 1981ES PGR Physics UNI UCM Madrid MadridES [email protected] YN N 1 5Y WITZ09 fmac.csic.es
10HORO Wansbeek Lotje F 1981NL PGR Physics RES KVI GroningenNL [email protected] Y N N 1 5 Y WITZ09
11BINOSI Bicudo Pedro M 1960PT EXP Physics UNI Instituto Superior LisboaPT [email protected] Y N N 1 4 Y 09 Técnico
11BINOSI Gracey John M 1962GB EXP Physics UNI University of Liverpool LiverpoolGB [email protected] Y N N 1 5 Y 09
11BINOSI Hands Simon M 1962GB EXP Physics UNI Swansea University SwanseaGB [email protected] Y Y N 1 5 Y 09
11BINOSI Ibáñez David M 1981ES PGR Physics UNI Universidad de Burjassot, ES [email protected] YN N 1 5Y 09 Valencia València s
11BINOSI Ilgenfritz Ernst- M 1944DE EXP Physics UNI Universitaet HeidelbergDE [email protected] YN N 1 5Y 09 Michael Heidelberg berlin.de
11BINOSI Langfeld Kurt M 1964DE EXP Physics UNI University of Plymouth PlymouthGB kurt.langfeld@plymou YN N 1 5Y 09 th.ac.uk
11BINOSI Lavelle Martin M 1960GB EXP Physics UNI University of Plymouth PlymouthGB [email protected] YN N 1 5Y 09 c.uk
11BINOSI Mathieu Vincent M 1981BE PDOC Physics UNI Université de Mons MonsBE vincent.mathieu@um YN N 1 5Y 09 ons.ac.be
11BINOSI Oliveira Orlando M 1963PT EXP Physics UNI Universidade de CoimbraPT [email protected] YN N 1 4Y 09 Coimbra t
11BINOSI Pene Oliver M 1943FR EXP Physics RES LPT OrsayFR [email protected] YN N 1 2Y 09 psud.fr
11BINOSI Sauli Vladimir M 1972CZ PDOC Physics UNI FCT LisbonaPT [email protected] Y N N 1 5 Y 09
11BINOSI Skullerud Jon-Ivar M 1967NO EXP Physics UNI NUIM MaynoothIE [email protected]. YN N 1 5Y 09 ie
11BINOSI Vandersickel Nele F 1984BE PGR Physics UNI Ghent University GhentBE nele.vandersickel@u YN N 1 5Y 09 gent.be
11BINOSI Weise Wolfram M 1946DE EXP Physics UNI TU Munchen GarchingDE [email protected] Y N N 1 5 Y 09
12GREINE Bleicher Marcus M 1970DE EXP Physics UNI Universitaet Frankfurt FrankfurtDE [email protected] YN N 1 5Y R09 ni-frankfurt.de
12GREINE Bozek Piotr M 1966PL EXP Physics RES Institute of Nuclear KrakowPL [email protected] Y N N 1 4 Y R09 Physics PAN martedì 16 luglio 2013 Page 9 of 27 UserProject Family First Birth Natio Resear. U s e r B a c k g r o u n d H o m e I n s t i t u t i o n User New Group Remote Nr.of Dur,of T+S Additional Acronym Name Name Gender year nality status Sci. Field 1 Sci. Field 2 Sci. Field 3 Type Name Town Country e-mail user leader user visits stay reimb. information
12GREINE Csernai Laszlo P. M 1949NO EXP Physics UNI Universitry of Bergen BergenNO [email protected] Y N N 1 2 Y R09
12GREINE GelisP Francois M 1972FR EXP Physics RES CEA Saclay Gif sur FR [email protected] Y N N 1 5 Y R09 Yvette
12GREINE Huovinen Pasi M 1967PL PDOC Physics UNI Johann Wolfgang FrankfurtDE [email protected]. YY N 1 5Y R09 Goethe Universität uni-frankfurt.de
12GREINE Koide Tomoi M 1971OT PDOC Physics RES FIAS FrankfurtDE [email protected] YN N 1 5Y R09 frankfurt.de
12GREINE Peschanski Robi M 1946FR EXP Physics RES IPhT, Saclay Gif-sur- FR robi.peschanski@cea YN N 1 5Y R09 Yvette .fr
12GREINE Rischke Dirk M 1964DE EXP Physics UNI Johann Wolfgang FrankfurtDE [email protected] YN N 1 5Y R09 Goethe Universitaet ni-frankfurt.de
13RUBIO0 Blank Beltram M 1960DE EXP Physics RES CEN Bordeaux- GradignanFR [email protected] YN N 1 5Y 9 Gradignan r
13RUBIO0 Dewald Alfred M 1951DE EXP Physics UNI IKP KölnDE [email protected] YN N 1 4Y 9 koeln.de
13RUBIO0 Krasznahork Attila M 1954HU EXP Physics RES ATOMKI DebrecenHU [email protected] YN N 1 4Y 9 ay omki.hu
13RUBIO0 Paar Nils M 1972HR EXP Physics UNI University of Zagreb ZagrebHR [email protected] Y N N 1 3 Y 9
13RUBIO0 Rubio Berta F 1955ES EXP Physics RES CSIC ValenciaES [email protected] Y Y N 1 5 Y 9
13RUBIO0 von Peter M 1954DE EXP Physics UNI TU Darmstadt DarmstadtDE [email protected] YN N 1 5Y 9 Neumann- darmstadt.de Cosel
14CURCE Berger Martin M 1982DE PGR Physics UNI TU Munchen GarchingDE [email protected] Y N N 1 5 Y ANU09
14CURCE Epple Eliane F 1984DE UND Physics UNI TU Munchen GarchingDE [email protected] YN N 1 5Y ANU09 .de
14CURCE Fabbietti Laura F 1974IT EXP Physics UNI TU Munchen GarchingDE [email protected] YN N 1 4Y ANU09 m.de
14CURCE Mares Jiri M 1959CZ EXP Physics RES Nuclear Physics Rez/PrahaCZ [email protected] Y Y N 1 5 Y ANU09 Institute
14CURCE Pitschmann Mario M 1975AT PDOC Physics UNI TU Vienna ViennaAT [email protected] YN N 1 5Y ANU09 ien.ac.at
martedì 16 luglio 2013 Page 10 of 27 UserProject Family First Birth Natio Resear. U s e r B a c k g r o u n d H o m e I n s t i t u t i o n User New Group Remote Nr.of Dur,of T+S Additional Acronym Name Name Gender year nality status Sci. Field 1 Sci. Field 2 Sci. Field 3 Type Name Town Country e-mail user leader user visits stay reimb. information
14CURCE Siebenson Johannes M 1985DE UND Physics UNI TU Munchen GarchingDE johannes- YN N 1 5Y ANU09 siebenson@t- online.de
15SALME Arriaga Ana F 1959PT EXP Physics UNI Universidade de LisboaPT [email protected] Y N N 1 5 Y 09 Lisboa
15SALME Carbonell Jaume M 1953FR EXP Physics RES LPSC GrenobleFR jaume.carbonell@lps YN N 1 5Y 09 c.in2p3.fr
15SALME Cosyn Win M 1982BE PGR Physics UNI Ghent University GhentBE [email protected] Y N N 1 5 Y 09
15SALME Deltuva Arnoldas M 1976LT PDOC Physics UNI CFNUL LisboaPT [email protected] Y N N 1 3 Y 09
15SALME Forssén Christian M 1974SE EXP Physics UNI Chalmers University GöteborgSE christian.forssen@ch YN N 1 5Y 09 of Technology almers.se
15SALME Hermann Krebs M 1972DE PDOC Physics UNI Universitaet Bonn BonnDE [email protected] Y N N 1 5 Y 09
15SALME Pena Maria F 1958PT EXP Physics UNI Instituto Superior LisboaPT [email protected] YY N 1 5Y 09 Teresa Técnico t
16BARBA Antonov Anton M 1943BG EXP Physics RES INRNE SofiaBG [email protected]. YN N 1 4Y RO09 bg
16BARBA Ivanov Martin M 1972BG EXP Physics RES INRNE SofiaBG [email protected] YN N 1 4Y RO09 om
16BARBA Sobczyk Jan M 1955PL EXP Physics UNI Wroclaw University WroclawPL [email protected] YY N 1 4Y RO09 .pl
18BURKA Haegler Philipp M 1974DE EXP Physics UNI TU Munchen GarchingDE [email protected] Y N N 1 5 Y RDT09
18BURKA Kabuss Eva-Maria F 1956DE EXP Physics UNI Institut fuer Kernphysik MainzDE [email protected] YN N 1 3Y RDT09 mainz.de
18BURKA Leader Elliot M 1935GB EXP Physics UNI Imperial College LondonGB [email protected] YN N 1 5Y RDT09 .uk
18BURKA Schnell Gunar M 1971DE EXP Physics RES DESY HamburgDE gunar.schnell@desy. YY N 1 5Y RDT09 de
AMADEU Bosnar Damir M 1961HR EXP Physics UNI Department of ZagrebHR [email protected] Y Y N 3 18 Y Only 2 trips S R&D Physics, University of reimbursed Zagreb
AMADEU Makek Mihael M 1977HR PGR Physics UNI Faculty of Science, ZagrebHR [email protected] Y N N 1 10 Y S R&D University of Zagreb
martedì 16 luglio 2013 Page 11 of 27 UserProject Family First Birth Natio Resear. U s e r B a c k g r o u n d H o m e I n s t i t u t i o n User New Group Remote Nr.of Dur,of T+S Additional Acronym Name Name Gender year nality status Sci. Field 1 Sci. Field 2 Sci. Field 3 Type Name Town Country e-mail user leader user visits stay reimb. information
CARAT/M Dunst Stefan M 1981DE PGR Physics UNI Institut für Physik AugsburgDE stefan.dunst@physik. NN N 2 7Y orse Universität Augsburg uni-augsburg.de
CARAT/M Lohstroh Annika F 1977DE EXP Physics Material Engineerin UNI University of Surrey GuildfordGB [email protected] NN N 1 2Y orse Sciences g & c.uk Technolog y
CARAT/M Morse John M 1952GB EXP Physics Engineering RES ESRF (European GrenobleFR [email protected] N Y N 1 2 Y orse & Technology Synchrotron Radiation Facility)
CARAT/M Parlog Marian M 1952RO EXP Physics RES LPC CaenFR [email protected] NN N 1 3Y orse 3.fr
CARAT/M Schirru Fabio M 1975IT PDOC Physics UNI Faculty of Engineering GuildfordGB [email protected] NN N 1 2Y orse and Physical k Sciences (FEPS)
CARAT/M Schreck Matthias M 1961DE EXP Material Physics UNI University of Augsburg AugsburgDE matthias.schreck@ph NN N 1 2Y orse Sciences ysik.uni-augsburg.de
CARAT/M Stehl Christian M 1983DE PGR Physics Material UNI University of AugsburgDE christian.stehl@physi YN N 2 6Y orse Sciences Augsburg, Institute of k.uni-augsburg.de Physics
Cluster/Ma Bersani Andrea M 1977IT PDOC Physics RES INFN Genova GenovaIT [email protected] N N N 1 4 Y cri
Cluster/Ma Gruber Alexander M 1972AT PGR Physics RES Stefan Meyer Institut WienAT Alexander.Gruber@o NN N 1 4Y cri für subatomare Physik eaw.ac.at der ÖAW
Cluster/Ma Macri Mario M 1944IT EXP Physics RES Instituto Nazionaledi GenovaIT [email protected] N Y N 0 0 N cri Fisica Nucleare
C-SHAPE Adamus Marek M 1948PL EXP Physics RES Soltan Institute for WarsawPL marek.adamus@fuw. NN N 1 11Y Nuclear Studies edu.pl
C-SHAPE Ciborowski Jacek M 1950PL EXP Physics UNI Warsaw University WARSAWPL [email protected] Y Y N 1 6 Y
C-SHAPE Maczewski Lukasz M 1981PL EXP Physics UNI University of Warsaw WarsawPL sekretariat.zcof@fuw. NN N 1 5Y edu.pl
Decoheren Wislicki Wojciech M 1958PL EXP Physics RES Soltan Institute for WarsawPL Wojtek.Wislicki@fuw. YY N 1 5Y ce at Bogdan Nuclear Studies edu.pl KLOE2 dEDM-Pol BrantjesBran Klaas M 1982NL PGR Physics RES KVI GroningenNL klaasbrantjes@gmail. YN N 1 1Nno reimburse tjes com request dEDM-Pol da Silva e Marlene F 1982PT PGR Physics RES KVI GroningenNL [email protected] Y N N 1 23 Y Silva martedì 16 luglio 2013 Page 12 of 27 UserProject Family First Birth Natio Resear. U s e r B a c k g r o u n d H o m e I n s t i t u t i o n User New Group Remote Nr.of Dur,of T+S Additional Acronym Name Name Gender year nality status Sci. Field 1 Sci. Field 2 Sci. Field 3 Type Name Town Country e-mail user leader user visits stay reimb. information dEDM-Pol Gonnella Francesco M 1982IT PGR Physics RES INFN Roma Tor RomIT francesco.gonnella@ YN N 1 7Y Vergata roma2.infn.it dEDM-Pol Gray Frederick M 1975OT EXP Physics UNI Regis University DenverOT [email protected] Y N N 1 23 Y Denver dEDM-Pol Imig Astrid F 1975DE PDOC Physics RES BNL New YorkOT [email protected] N N N 1 23 Y dEDM-Pol Kruithof Wilbert M 1983NL PGR Physics RES KVI GroningenNL [email protected] Y N N 1 1 N no reimburse request dEDM-Pol Moricciani Dario M 1962IT EXP Physics RES INFN Roma Tor RomIT dario.moricciani@ro NN N 1 7Ntravel costs Vergata ma2.infn.it covered by other resources dEDM-Pol Morse William M 1947OT EXP Physics RES BNL New YorkOT [email protected] Y N N 1 14 Y dEDM-Pol Onderwater Gerco M 1970NL EXP Physics RES KVI GroningenNL [email protected] Y Y N 1 23 N travel costs covered by other resources dEDM-Pol Stephenson Edward M 1947OT EXP Physics UNI Indiana University BloomingtonOT [email protected] NN N 1 24Y Cyclotron Facility du dEDM-Pol van der Duurtjohan M 1983NL PGR Physics RES KVI GroningenNL d.j.van.der.hoek@RU YN N 1 1Nno reimburse Hoek G.nl request dEDM-Pol Venanzoni Graziano M 1969IT EXP Physics RES INFN-LNF FrascatiIT graziano.venanzoni@ NN N 1 7Y lnf.infn.it dEDM-Pol Versolato Oscar M 1983NL PGR Physics RES KVI GroningenNL [email protected] Y N N 1 1 N no reimburse request
DielecPro/ Belver Daniel M 1978ES PGR Physics UNI University of Santiago Santiago de ES [email protected] N N N 1 18 Y Kugler Fernandez de Compostela Compostela
DielecPro/ Blanco Alberto M 1972ES PGR Physics RES LIP-Laboratório de CoimbraPT [email protected] NN N 2 12Y Kugler Castro Instrumentação e t Física Experimental de Partículas
DielecPro/ Cabanelas Pablo M 1979ES PGR Physics UNI University of Santiago Santiago de ES pablo.cabanelas@us NN N 2 20Y Kugler Eiras de Compostela Compostela c.es
DielecPro/ Chernenko Sergey M 1948OT EXP Physics RES Joint Institute for Dubna, OT [email protected] Y N N 1 47 Y Kugler Nuclear Research Moscow region
DielecPro/ Fonte Paulo M 1962PT EXP Physics RES LIP-Laboratório de CoimbraPT [email protected] N N N 1 5 Y Kugler Instrumeentação e Física Experimental de Partículas
martedì 16 luglio 2013 Page 13 of 27 UserProject Family First Birth Natio Resear. U s e r B a c k g r o u n d H o m e I n s t i t u t i o n User New Group Remote Nr.of Dur,of T+S Additional Acronym Name Name Gender year nality status Sci. Field 1 Sci. Field 2 Sci. Field 3 Type Name Town Country e-mail user leader user visits stay reimb. information
DielecPro/ Kajetanowic Marcin M 1956PL EXP Physics Engineering Informatio UNI Jagiellonian University CracowPL [email protected] Y N N 3 21 Y Kugler z & Technology n & Communic ation Technologi es
DielecPro/ Kuc Hubert M 1983PL PGR Physics Engineering UNI Jagiellonian University CracowPL [email protected] NN N 2 12Y Kugler & Technology m
DielecPro/ Kugler Andrej M 1953CZ EXP Physics RES Nuclear Physics RezCZ [email protected] N Y N 0 0 N Kugler Institute
DielecPro/ Lojek Konrad M 1980PL TEC Physics Engineering UNI Jagiellonian University KrakowPL [email protected] YN N 1 6Y Kugler & Technology Institute of Physics u.pl
DielecPro/ Lopes Luis M 1977PT TEC Physics Engineering RES Lip-Coimbra CoimbraPT [email protected] YN N 2 34Y Kugler & Technology ip.pt
DielecPro/ Pereira Américo M 1971PT TEC Physics Engineering RES LIP-Coimbra CoimbraPT [email protected] NN N 1 6Y Kugler & Technology t
DielecPro/ Tlusty Pavel M 1959CZ EXP Physics RES Nuclear Physics RezCZ [email protected] N N N 1 11 Y Kugler Institute AS CR
DielecPro/ Trebacz Radoslaw M 1979PL PGR Physics Information & UNI Jagiellonian University KrakówPL [email protected] N N N 1 9 Y Kugler Communicati on Technologies
DielecPro/ Vieira Lopes Luís M 1977PT TEC Physics Engineering RES LIP-Coimbra CoimbraPT [email protected] NN N 1 6Y Kugler Alberto & Technology ip.pt
DielecPro/ Wagner Vladimir M 1960CZ EXP Physics RES Nuclear Physics RezCZ [email protected] N N N 1 8 Y Kugler Institute of ASCR
ElipFlow/R Banka Przemysla M 1987PL UND Physics UNI Jagiellonian University KrakowPL przemek.banka@gm YN N 1 11Y ussott w ail.com
ElipFlow/R Bassini Roberto M 1947IT TEC Physics Engineering RES INFN-Università degli MilanoIT [email protected] YN N 1 3Y ussott & Technology Studi Milano fn.it
ElipFlow/R Brzychczyk Janusz M 1956PL EXP Physics UNI Jagiellonian University KrakowPL janusz.brzychczyk@u NN N 1 11Y ussott j.edu.pl
ElipFlow/R Casarejos Enrique M 1972ES PDOC Physics UNI Universidade de Santiago de ES enrique.casarejos@u NN N 1 7Y ussott Santiago de Compostela, sc.es Compostela Spain
ElipFlow/R Czech Bronislaw M 1947PL EXP Physics RES IFJ-PAN KrakówPL Bronislaw.Czech@ifj. NN N 1 11Y ussott edu.pl
martedì 16 luglio 2013 Page 14 of 27 UserProject Family First Birth Natio Resear. U s e r B a c k g r o u n d H o m e I n s t i t u t i o n User New Group Remote Nr.of Dur,of T+S Additional Acronym Name Name Gender year nality status Sci. Field 1 Sci. Field 2 Sci. Field 3 Type Name Town Country e-mail user leader user visits stay reimb. information
ElipFlow/R De Filippo Enrico M 1962IT EXP Physics RES INFN (Istituto Naz. CataniaIT [email protected] N N N 1 4 Y ussott Fisica Nucleare) sez. Catania
ElipFlow/R Grassi Laura F 1978IT PGR Physics UNI INFN-Sezione Catania CataniaIT [email protected] Y N N 1 15 Y ussott University of Catania
ElipFlow/R Lo Faro Giuseppe M 1984IT TEC Physics RES INFN Catania CataniaIT [email protected] Y N N 1 7 Y ussott
ElipFlow/R Lombardo Ivano M 1983IT PGR Physics RES INFN-Laboratori CataniaIT [email protected] Y N N 1 4 Y ussott Nazionali del Sud
ElipFlow/R Lukasik Jerzy M 1964PL EXP Physics RES IFJ-PAN KrakowPL [email protected]. NN N 1 11Y ussott pl
ElipFlow/R Pawlowski Piotr M 1967PL EXP Physics RES IFJ-PAN CracowPL [email protected] NN N 1 11Y ussott du.pl
ElipFlow/R Riccio Filippo M 1977IT EXP Physics UNI Dipartimento di Fisica MilanoIT filippo.riccio@fastweb YN N 1 6Y ussott Università degli studi net.it di Milano
ElipFlow/R Russotto Paolo M 1976IT PDOC Physics RES INFN-Laboratori CataniaIT [email protected] N Y N 1 20 Y ussott Nazionali del Sud
ElipFlow/R Skwirczynsk Irena F 1943PL EXP Physics RES IFJ-PAN KrakówPL Irena.Skwirczynska@ YN N 1 11Y ussott a ifj.edu.pl
ElipFlow/R Trifiro Antonio M 1973IT EXP Physics Engineering UNI Universita di Messina MessinaIT antonio.trifiro@unime YN N 1 10Y ussott & Technology .it
ElipFlow/R Verde Giuseppe M 1969IT EXP Physics RES INFN, Sezione di CataniaIT [email protected] YN N 1 10Y ussott Catania nfn.it eta, eta' at Jacewicz Marek M 1973SE EXP Physics UNI Uppsala University UppsalaSE [email protected] YN N 3 31YOnly 2 trips KLOE-2 nfn.it reimbursed eta, eta' at Kupsc Andrzej M 1965PL EXP Physics UNI Uppsala University, UppsalaSE Andrzej.Kupsc@phys YY N 1 14Y5 days of last KLOE-2 ics.uu.se visit in July 2010 not counted in this reporting period. eta, eta' at Redmer Christoph M 1981DE PDOC Physics UNI Uppsala University UppsalaSE christoph.redmer@fy YN N 1 9Y5 days of last KLOE-2 sast.uu.se visit in July 2010 not counted in this reporting period. eta-He-bs Bednarski Tomasz M 1987PL UND Physics UNI Jagiellonian University CracowPL [email protected] N N N 1 13 Y Cracow
martedì 16 luglio 2013 Page 15 of 27 UserProject Family First Birth Natio Resear. U s e r B a c k g r o u n d H o m e I n s t i t u t i o n User New Group Remote Nr.of Dur,of T+S Additional Acronym Name Name Gender year nality status Sci. Field 1 Sci. Field 2 Sci. Field 3 Type Name Town Country e-mail user leader user visits stay reimb. information eta-He-bs Klaja Joanna F 1980PL PDOC Physics UNI Jagiellonian University CracowPL [email protected] N N N 1 33 Y Cracow eta-He-bs Moskal Pawel M 1969PL EXP Physics UNI Jagiellonian University CracowPL p.moskal@fz- NY N 1 20Nno Cracow juelich.de reimbursement request, other resources eta-He-bs Niedzwiecki Szymon M 1987PL UND Physics UNI Jagiellonian University CracowPL szymon.niedzwiecki NN N 1 26Y Cracow @uj.edu.pl
HAD-SDD Bragadirean Mario M 1968RO EXP Physics RES Horia Hulubei MagureleRO mario.bragadireanu@ NN N 2 50Y u National Institute of nipne.ro Physics and Nuclear Engineering
HAD-SDD Curceanu Luminita F 1967RO PGR Physics OTH Liceul Teoretic Mihai Sfintu RO [email protected] NN N 1 15Y Ana Viteazul Gheorghe om
HAD-SDD Pietreanu DOREL M 1978RO PGR Physics RES IFIN HH MagureleRO [email protected] N N N 4 126 N No trips nfn.it reimbursed
HAD-SDD Sirghi Florin M 1974RO EXP Physics RES IFIN-HH MagureleRO [email protected] Y Y N 8 195 Y Only 1 trip Catalin reimbursed
HAD-SDD Tudorache Alexandra F 1982RO PGR Physics RES IFIN HH MagureleRO [email protected] N N N 1 18 Y
HAD-SDD Tudorache Valentina F 1982RO PGR Physics RES IFIN HH MagureleRO [email protected] NN N 1 16Y o
HAND- Bragadirean Mario M 1968RO EXP Physics RES IFIN HH MagureleRO mario.bragadireanu@ NN N 2 24Y SDD&SiP u nipne.ro M
HAND- Pietreanu DOREL M 1978RO PGR Physics RES IFIN HH MagureleRO [email protected] N N N 4 117 Y Only 2 trips SDD&SiP nfn.it reimbursed. 3 M days of last visit in July 2010 not counted in this reporting period.
HAND- Sirghi Florin M 1974RO EXP Physics RES IFIN HH MagureleRO [email protected] N Y N 7 185 N No trips SDD&SiP Catalin reimbursed M
Kaon/Mart Buehler Paul M 1963CH EXP Physics RES Stefan Meyer Institut, ViennaAT [email protected] NN N 2 7Y on Boltzmanngasse 3, c.at 1090 Vienna
Kaon/Mart Gruber Alexander M 1972AT PGR Physics RES Stefan Meyer Institut WienAT alexander.gruber@oe NN N 1 4Y on für subatomare Physik aw.ac.at
martedì 16 luglio 2013 Page 16 of 27 UserProject Family First Birth Natio Resear. U s e r B a c k g r o u n d H o m e I n s t i t u t i o n User New Group Remote Nr.of Dur,of T+S Additional Acronym Name Name Gender year nality status Sci. Field 1 Sci. Field 2 Sci. Field 3 Type Name Town Country e-mail user leader user visits stay reimb. information
Kaon/Mart Marton Johann M 1952AT EXP Physics RES Stefan Meyer Institute ViennaAT johann.marton@oea NY N 2 5Y on w.ac.at
Kaon/Mart Zmeskal Johann M 1955AT EXP Physics RES Stefan-Meyer-Institut ViennaAT johann.zmeskal@oea NN N 4 12Y on für subatomare Physik w.ac.at
KaonClust/ Buehler Paul M 1963CH EXP Physics RES Stefan Meyer Institut 1090 WienAT [email protected] NN N 5 25Y Marton Boltzmanngasse 3 c.at
KaonClust/ Marton Johann M 1952AT EXP Physics RES Stefan Meyer Institute, ViennaAT johann.marton@oea NY N 1 1Y Marton Austrian Academy of w.ac.at Sciences
KaonClust/ Schafhauser Matthias M 1984AT UND Physics RES Stefan Meyer Institut WienAT m.schafhauser@gmx NN N 1 6Y Marton für subatomare Physik .at
KaonClust/ Suzuki Ken M 1974AT EXP Physics RES Stefan-Meyer-Institut, ViennaAT [email protected] NN N 3 43Y Marton ÖAW .at
KaonClust/ Zmeskal Johann M 1955AT EXP Physics RES Stefan-Meyer-Institut ViennaAT johann.zmeskal@oea NN N 3 11Y Marton w.ac.at
KaonClust/ Basrak Zoran M 1949OT EXP Physics RES Rudjer Boskovic Zagreb, OT [email protected] N N N 2 9 Y Matulew Institute Croatia
KaonClust/ Caplar Roman M 1948OT EXP Physics RES Rudjer Boskovic Zagreb, OT [email protected] N N N 2 6 Y Matulew Institute Croatia
KaonClust/ Carevic Ivana F 1979OT PGR Physics UNI University of Split Split, OT [email protected] N N N 1 7 Y Matulew
KaonClust/ Gasik Piotr M 1983PL PGR Physics UNI Institute of WarsawPL [email protected]. NN N 2 17Y Matulew Experimental Physics, pl University of Warsaw
KaonClust/ Gasparic Igor M 1975OT PGR Physics RES Rudjer Boskovic Zagreb, OT [email protected] N N N 1 15 Y Matulew Institute Croatia
KaonClust/ Kecskemeti Jozsef M 1944HU EXP Physics RES KFKI RMKI budapestHU [email protected] N N N 3 35 Y Matulew
KaonClust/ Kirejczyk Marek M 1967PL EXP Physics UNI Faculty of Physics, WarszawaPL Marek.Kirejczyk@fuw NN N 2 20Y Matulew University of Warsaw .edu.pl
KaonClust/ Matulewicz Tomasz M 1955PL EXP Physics UNI Institute of WarsawPL tomasz.matulewicz@ NY N 0 0N Matulew Experimental Physics, fuw.edu.pl University of Warsaw
KaonClust/ Seres Zoltan M 1933HU EXP Physics RES KFKI RMKI BUDAPESTHU [email protected] N N N 1 9 Y Matulew
martedì 16 luglio 2013 Page 17 of 27 UserProject Family First Birth Natio Resear. U s e r B a c k g r o u n d H o m e I n s t i t u t i o n User New Group Remote Nr.of Dur,of T+S Additional Acronym Name Name Gender year nality status Sci. Field 1 Sci. Field 2 Sci. Field 3 Type Name Town Country e-mail user leader user visits stay reimb. information
KaonClust/ Sikora Brunon M 1938PL EXP Physics UNI University of Warsaw, WarsawPL Brunon.Sikora@fuw. NN N 2 17Y Matulew Institute of edu.pl Experimental Physics
KaonClust/ Siwek- Krystyna F 1940PL EXP Physics UNI University of Warsaw WarsawPL [email protected] N N N 2 11 Y Matulew Wilczynska
KaonClust/ Wisniewski Krzysztof M 1971PL EXP Physics UNI University of Warsaw, WarsawPL [email protected] NN N 1 3Y Matulew Hoza 69, 00-681 u.pl Warsaw
KLOE Ivashyn Sergiy M 1984PL PGR Physics UNI University of Silesia KatowicePL [email protected] Y N N 1 9 Y HADRON S
KLOE Jegerlehner Fred M 1939CH EXP Physics RES DESY ZEUTHENDE [email protected] NN N 1 14Y HADRON berlin.de S
KLOE Kluge Wolfgang M 1939DE EXP Physics UNI University of Karlsruhe KarlsruheDE wolfgang.kluge@phy NY N 5 72YOnly 4 trips HADRON s.uni-karlsruhe.de reimbursed S
KLOE Mueller Stefan M 1972DE PDOC Physics UNI Institut fuer MainzDE [email protected] NN N 2 13YOnly 1 trip HADRON Kernphysik, mainz.de reimbursed S Universitaet Mainz
MAMI_A1_ Sanchez Alicia F 1977ES PGR Physics UNI University of Valencia ValenciaES astronomia_razonabl NN N 1 61Y ROPER [email protected]
MAMI_A1_ Sirca Simon M 1969SI EXP Physics UNI University of Ljubljana LjubljanaSI [email protected] NY N 1 10Y ROPER lj.si
MAMI_A1_ Bosnar Damir M 1961HR EXP Physics UNI University of Zagreb ZagrebHR [email protected] N Y N 7 54 Y SITRIPLE
MAMI_A1_ Friscic Ivica M 1985HR PGR Physics UNI University of Zagreb ZagrebHR [email protected] N N N 6 87 Y SITRIPLE
MAMI_A1_ Makek Mihael M 1977HR PDOC Physics UNI University of Zagreb ZagrebHR [email protected] N N N 3 30 Y SITRIPLE
MAMI_A1_ Zugec Petar M 1987HR UND Physics UNI University of Zagreb ZagebHR [email protected] YN N 2 17Y SITRIPLE om
MAMI_A2_ Dieterle Manuel M 1980CH PGR Physics UNI Basel University BaselCH [email protected] N N N 4 12 Y ETAPRIM E
MAMI_A2_ Jaegle Igal M 1974CH PDOC Physics UNI Basel University BaselCH [email protected] NN N 1144Y ETAPRIM h E
martedì 16 luglio 2013 Page 18 of 27 UserProject Family First Birth Natio Resear. U s e r B a c k g r o u n d H o m e I n s t i t u t i o n User New Group Remote Nr.of Dur,of T+S Additional Acronym Name Name Gender year nality status Sci. Field 1 Sci. Field 2 Sci. Field 3 Type Name Town Country e-mail user leader user visits stay reimb. information
MAMI_A2_ Kaeser Alexander M 1983CH UND Physics UNI Basel University BaselCH Alexander.Kaeser@s YN N 1 1Y ETAPRIM tud.unibas.ch E
MAMI_A2_ Keshelashvil Irakli M 1975CH PDOC Physics UNI Basel University BaselCH i.keshelashvili@uniba NN N 5 11Y ETAPRIM i s.ch E
MAMI_A2_ Krusche Bernd M 1956DE EXP Physics UNI Basel University BaselCH Bernd.Krusche@unib NY N 5 15Y ETAPRIM as.ch E
MAMI_A2_ Maghrbi Yasser M 1980OT PGR Physics UNI Basel University BaselCH yasser.maghrbi@uni NN N 2 5Y ETAPRIM bas.ch E
MAMI_A2_ Oberle Markus M 1983CH PGR Physics UNI Basel University BaselCH markus.oberle@unib NN N 1 4Y ETAPRIM as.ch E
MAMI_A2_ Pheron Francis M 1979CH PGR Physics UNI Basel University BaselCH Francis.Pheron@unib NN N 6 13Y ETAPRIM as.ch E
MAMI_A2_ Rostomyan Tigran M 1977CH PDOC Physics UNI Basel University BaselCH tigran.rostomyan@un NN N 1158Y ETAPRIM ibas.ch E
MAMI_A2_ Trojer Roman M 1976CH PGR Physics UNI Basel University BaselCH Roman.Trojer@uniba YN N 3 8Y ETAPRIM s.ch E
MAMI_A2_ Werthmuelle Dominik M 1979CH PGR Physics UNI Basel University BaselCH dominik.werthmueller NN N 5 14Y ETAPRIM r @unibas.ch E
MAMI_A2_ Witthauer Lilian F 1985CH PGR Physics UNI Basel University BaselCH lilian.witthauer@unib YN N 4 12Y ETAPRIM as.ch E
MAMI_A2_ Korolija Milorad M 1958HR EXP Physics RES Rudjer Boskovic ZagrebHR [email protected] N N N 1 12 Y FROZENS Institute PIN
MAMI_A2_ Lazarev Alexander M 1951OT EXP Physics RES JINR Dubna DubnaOT [email protected] N N N 3 133 Y FROZENS PIN
MAMI_A2_ Mekterovic Darko M 1978HR PGR Physics RES Rudjer Boskovic ZagrebHR [email protected] N N N 1 8 Y FROZENS Institute PIN
martedì 16 luglio 2013 Page 19 of 27 UserProject Family First Birth Natio Resear. U s e r B a c k g r o u n d H o m e I n s t i t u t i o n User New Group Remote Nr.of Dur,of T+S Additional Acronym Name Name Gender year nality status Sci. Field 1 Sci. Field 2 Sci. Field 3 Type Name Town Country e-mail user leader user visits stay reimb. information
MAMI_A2_ Micanovic Sasa M 1979HR PGR Physics RES Rudjer Boskovic ZagrebHR [email protected] N N N 2 34 Y FROZENS Institute PIN
MAMI_A2_ Supek Ivan M 1956HR EXP Physics RES Rudjer Boskovic ZagrebHR [email protected] N Y N 1 10 Y FROZENS Institute PIN
MAMI_A2_ Usov Yuri M 1949OT EXP Physics RES JINR Dubna DubnaOT [email protected] N N N 3 34 Y FROZENS PIN
MAMI_A2_ Mushkarenk Alexander M 1980OT PGR Physics RES INFN, Pavia PaviaIT [email protected] N N N 4 62 Y NGDH ov
MAMI_A2_ Pasquini Barbara F 1970IT EXP Physics UNI University of Pavia PaviaIT Barbara.Pasquini@p NN N 1 8Y NGDH v.infn.it
MAMI_A2_ Pedroni Paolo M 1959IT EXP Physics RES INFN, Pavia PaviaIT [email protected] N Y N 7 54 Y NGDH
MAMI_A2_ Glazier Derek M 1972GB PDOC Physics UNI University of EdinburghGB [email protected] N N N 4 28 Y NRECOIL Edinburgh
MAMI_A2_ Gurevic Grigory M 1953OT EXP Physics RES JINR Dubna DubnaOT [email protected] YN N 1 12Y NRECOIL u
MAMI_A2_ Hall Pauline F 1986GB UND Physics UNI University of EdinburghGB [email protected] Y N N 5 50 Y NRECOIL Barrientos Edinburgh
MAMI_A2_ Watts Daniel M 1972GB PDOC Physics UNI University of EdinburghGB [email protected] N N N 2 8 Y NRECOIL Edinburgh
MAMI_A2_ Annand John M 1952GB EXP Physics UNI University of Glasgow GlasgowGB [email protected] NY N 1195Y PSPIN a.ac.uk
MAMI_A2_ Bekrenev Vladimir M 1941OT EXP Physics RES PNPI Gatchina GatchinaOT [email protected]. NN N 1 68Y PSPIN spb.ru
MAMI_A2_ Borisov Nikolay M 1942OT EXP Physics RES JINR Dubna DubnaOT [email protected]. N N N 3 129 Y PSPIN ru
MAMI_A2_ Briscoe William M 1947OT EXP Physics UNI GWU WashingtonOT [email protected] N N N 1 59 Y PSPIN
MAMI_A2_ Fiks Alexander M 1968OT EXP Physics UNI Tomsk Polytecnic TomskOT [email protected] N N N 4 104 Y PSPIN University
MAMI_A2_ Hamilton David M 1980GB EXP Physics UNI University of Glasgow GlasgowGB dave.j.hamilton@gma NN N 1 13Y PSPIN il.com
MAMI_A2_ Livingston Kenneth M 1959GB EXP Physics UNI University of Glasgow GlasgowGB k.livingston@physics. NN N 3 18Y PSPIN gla.ac.uk martedì 16 luglio 2013 Page 20 of 27 UserProject Family First Birth Natio Resear. U s e r B a c k g r o u n d H o m e I n s t i t u t i o n User New Group Remote Nr.of Dur,of T+S Additional Acronym Name Name Gender year nality status Sci. Field 1 Sci. Field 2 Sci. Field 3 Type Name Town Country e-mail user leader user visits stay reimb. information
MAMI_A2_ Lumsden Scott M 1957GB TEC Physics UNI University of Glasgow GlasgowGB p.lumsden@physics. NN N 4 43Y PSPIN gla.ac.uk
MAMI_A2_ MacGregor Douglas M 1957GB EXP Physics UNI University of Glasgow GlasgowGB d.macgregor@physic NN N 3 15Y PSPIN s.gla.ac.uk
MAMI_A2_ Mancell Joseph M 1985GB UND Physics UNI University of Glasgow GlasgowGB [email protected] NN N 4 37Y PSPIN a.ac.uk
MAMI_A2_ Neganov Alexander M 1951OT EXP Physics RES JINR Dubna DubnaOT [email protected] N N N 3 124 Y PSPIN
MAMI_A2_ Polyanskiy Valeriy M 1954OT EXP Physics RES Lebedev Physical MoscowOT [email protected] YN N 1 43Y PSPIN Institute k.ru
MAMI_A2_ Robinson Jamie M 1980GB PGR Physics UNI University of Glasgow GlasgowGB [email protected] NN N 3 30Y PSPIN la.ac.uk
MAMI_A4_ Boucher Jerome M 1980FR PGR Physics UNI Institut de Physique OrsayFR [email protected]. YN N 2 70Y SSA Nucleaire, Univ. Paris- fr Sud
MAMI_A4_ Kousnetsov Oleg M 1982OT PGR Physics RES GRAAL, Grenoble GrenobleFR [email protected] N N N 1 66 Y SSA
MAMI_A4_ Kunne Ronald M 1957NL EXP Physics UNI Institut de Physique OrsayFR [email protected] N Y N 6 38 Y SSA Nucleaire, Univ. Paris- Sud
MAMI_A4_ Lee Jeong Han M 1975OT PDOC Physics UNI Institut de Physique OrsayFR [email protected] YN N 1 10Y SSA Nucleaire, Univ. Paris- m Sud
MAMI_A4_ Sudo Malgorzata F 1977PL PGR Physics UNI Institut de Physique OrsayFR [email protected] Y N N 1 3 Y SSA Nucleaire, Univ. Paris- Sud
MAMI_A4_ Taylor Simon M 1971OT PGR Physics RES Jefferson Lab Newport OT [email protected] NN N 1 7Y SSA News mainz.de
MAMI_B1_ Adamus Marek M 1948PL EXP Physics RES Soltan Institute for WarsawPL marek.adamus@fuw. YN N 1 2Y CSHAPE Nuclear Studies edu.pl
MAMI_B1_ Ciborowski Jacek M 1950PL EXP Physics UNI University of Warsaw WarsawPL [email protected] Y Y N 1 5 Y CSHAPE
MAMI_B1_ Maczewski Lukasz M 1981PL PDOC Physics UNI University of Warsaw WarsawPL [email protected]. YN N 1 5Y CSHAPE pl pd-eta- Abram Marcin M 1987PL UND Physics UNI Jagiellonian University CracowPL marcin- YN N 1 13Y decay Cracow [email protected]
martedì 16 luglio 2013 Page 21 of 27 UserProject Family First Birth Natio Resear. U s e r B a c k g r o u n d H o m e I n s t i t u t i o n User New Group Remote Nr.of Dur,of T+S Additional Acronym Name Name Gender year nality status Sci. Field 1 Sci. Field 2 Sci. Field 3 Type Name Town Country e-mail user leader user visits stay reimb. information pd-eta- Adlarson Patrik M 1979SE PGR Physics UNI University Uppsala Uppsala SE patrik.adlarson@fysa YN N 1 22Y decay st.uu.se pd-eta- Augustyniak Witold M 1947PL EXP Physics RES Soltan Institute for WarsawPL [email protected] Y N N 1 7 Y decay Nuclear Studies pd-eta- Balwierz Izabela F 1987PL UND Physics UNI Jagiellonian University CracowPL [email protected] YN N 1 13Y decay Cracow om pd-eta- Bednarski Tomasz M 1987PL UND Physics UNI Jagiellonian University CracowPL [email protected] Y N N 1 8 Y decay Cracow pd-eta- Calen Hans M 1954SE EXP Physics UNI University Uppsala UppsalaSE [email protected] NN N 1 5Y decay u.se pd-eta- Dbarowski Karol M 1986PL UND Physics UNI Jagiellonian University CracowPL [email protected] YN N 1 13Y decay Cracow du.pl pd-eta- Fransson Kjell M 1957SE EXP Physics UNI University Uppsala UppsalaSE kjell.fransson@fysast YN N 5 22Nno decay .uu.se reimbursement requested pd-eta- Gullström Carl-Oscar M 1984SE PGR Physics UNI University Uppsala UppsalaSE carl- YN N 2 16Nno decay oscar.gullstrom@fysa reimbursement st.uu.se requested pd-eta- Heijkenskjöl Lena F 1985SE UND Physics UNI University Uppsala UppsalaSE lena.heijkenskjold@fy YN N 2 11Y decay d sast.uu.se pd-eta- Hynek Mariusz M 1987PL UND Physics UNI Jagiellonian University CracowPL mariuszhynek@gmail YN N 1 13Y decay Cracow .com pd-eta- Kamys Boguslaw M 1947PL EXP Physics UNI Jagiellonian University CracowPL ufkamys@cyf- NN N 1 14Y decay Cracow kr.edu.pl pd-eta- Klaja Joanna F 1980PL PDOC Physics UNI Jagiellonian University CracowPL [email protected] N N N 2 64 Y decay Cracow pd-eta- Kryczynski Pawel M 1987PL UND Physics UNI Jagiellonian University CracowPL [email protected] Y N N 1 13 Y decay Cracow pd-eta- Kupsc Anrzej M 1965PL EXP Physics UNI Uppsala University UppsalaSE andrzej.kupsc@physi NY N 1 11Y decay cs.uu.se pd-eta- Marciniewski Pawel M 1963PL EXP Physics UNI University Uppsala UppsalaSE pawel.marciniewski@ YN N 2 8Y decay fysast.uu.se pd-eta- Niedzwiecki Szymon M 1987PL UND Physics UNI Jagiellonian University CracowPL szymon.niedzwiecki YN N 1 8Y decay Cracow @uj.edu.pl pd-eta- Plucinski Pawel M 1975PL PDOC Physics UNI University Uppsala UppsalaSE pawel.plucinski@fysa YN N 1 4Y decay st.uu.se
martedì 16 luglio 2013 Page 22 of 27 UserProject Family First Birth Natio Resear. U s e r B a c k g r o u n d H o m e I n s t i t u t i o n User New Group Remote Nr.of Dur,of T+S Additional Acronym Name Name Gender year nality status Sci. Field 1 Sci. Field 2 Sci. Field 3 Type Name Town Country e-mail user leader user visits stay reimb. information pd-eta- Skurzok Magdalena F 1986PL UND Physics UNI Jagiellonian University CracowPL [email protected] YN N 1 8Y decay Cracow m pd-eta- Wolke Magnus M 1967DE EXP Physics UNI University Uppsala UppsalaSE magnus.wolke@fysa NN N 2 13Y decay st.uu.se pd-eta- Wysokinski Marcin M 1987PL UND Physics UNI Jagiellonian University CracowPL mmwysokinski@gmai YN N 1 13Y decay Cracow l.com pd-eta- Zlomanczuk Josef M 1945SE EXP Physics UNI University Uppsala UppsalaSE jozef.zlomanczuk@fy NN N 1 9Y decay sast.uu.se pp-eta- Bardan Wiktor M 1983PL PGR Physics UNI Jagiellonian University CracowPL [email protected] Y N N 2 47 Y decay Cracow pp-eta- Bednarski Tomasz M 1987PL UND Physics UNI Jagiellonian University CracowPL [email protected] N N N 1 16 Y decay Cracow pp-eta- Berlowski Marcin M 1980PL PGR Physics RES Soltan Institute for WarsawPL marcin.berlowski@fu YN N 2 28Nno decay Nuclear Studies w.edu.pl reimbursement request, other resources pp-eta- Calen Hans M 1954SE EXP Physics UNI University Uppsala UppsalaSE [email protected] NN N 1 4Y decay u.se pp-eta- Fransson Kjell M 1957SE EXP Physics UNI University Uppsala UppsalaSE kjell.fransson@fysast NN N 1 6Nno decay .uu.se reimbursement requested pp-eta- Gullström Carl-Oscar M 1984SE PGR Physics UNI University Uppsala UppsalaSE carl- NN N 1 14Nno decay oscar.gullstrom@fysa reimbursement st.uu.se requested pp-eta- Kupsc Anrzej M 1965PL EXP Physics UNI University Uppsala UppsalaSE andrzej.kupsc@physi NN N 3 23Y decay cs.uu.se pp-eta- Marciniewski Pawel M 1963PL EXP Physics UNI University Uppsala UppsalaSE pawel.marciniewski@ NN N 1 10Y decay fysast.uu.se pp-eta- Marianski Bohdan M 1947PL EXP Physics RES Soltan Institute for WarsawPL [email protected] Y N N 1 7 Y decay Nuclear Studies pp-eta- Moskal Pawel M 1969PL EXP Physics UNI Jagiellonian University CracowPL p.moskal@fz- NN N 1 8Y decay Cracow juelich.de pp-eta- Niedzwiecki Szymon M 1987PL UND Physics UNI Jagiellonian University CracowPL szymon.niedzwiecki NN N 1 16Y decay Cracow @uj.edu.pl pp-eta- Skurzok Magdalena F 1986PL UND Physics UNI Jagiellonian University CracowPL [email protected] NN N 1 16Y decay Cracow m
martedì 16 luglio 2013 Page 23 of 27 UserProject Family First Birth Natio Resear. U s e r B a c k g r o u n d H o m e I n s t i t u t i o n User New Group Remote Nr.of Dur,of T+S Additional Acronym Name Name Gender year nality status Sci. Field 1 Sci. Field 2 Sci. Field 3 Type Name Town Country e-mail user leader user visits stay reimb. information pp-eta- Stepaniak Joanna F 1939PL EXP Physics UNI Soltan Institute for WarsawPL joanna.stepaniak@fu YY N 2 28Nno decay Nuclear Studies w.edu.pl reimbursement request, other resources pp-eta- Trzcinski Andrzej M 1953PL EXP Physics RES Soltan Institute for WarsawPL [email protected] Y N N 1 7 Y decay Nuclear Studies pp-eta- Wolke Magnus M 1967DE EXP Physics UNI University Uppsala UppsalaSE magnus.wolke@fysa NN N 4 31Y decay st.uu.se pp-eta- Zupranski Pawel M 1932PL EXP Physics RES Soltan Institute for WarsawPL [email protected] N N N 1 7 Y decay Nuclear Studies pp-pi0- Adlarson Patrik M 1979SE PGR Physics UNI University Uppsala Uppsala SE patrik.adlarson@fysa NN N 1 5Y decay st.uu.se pp-pi0- Bednarski Tomasz M 1987PL UND Physics UNI Jagiellonian University CracowPL [email protected] N N N 1 8 Y decay Cracow pp-pi0- Fransson Kjell M 1957SE EXP Physics UNI University Uppsala UppsalaSE kjell.fransson@fysast NN N 1 3Nno decay .uu.se reimbursement requested pp-pi0- Gullström Carl-Oscar M 1984SE PGR Physics UNI University Uppsala UppsalaSE carl- NN N 2 8Nno decay oscar.gullstrom@fysa reimbursement st.uu.se requested pp-pi0- Kupsc Anrzej M 1965PL EXP Physics UNI University Uppsala UppsalaSE andrzej.kupsc@physi NY N 1 14Y decay cs.uu.se pp-pi0- Marciniewski Pawel M 1963PL EXP Physics UNI University Uppsala UppsalaSE pawel.marciniewski@ NN N 1 3Y decay fysast.uu.se pp-pi0- Niedzwiecki Szymon M 1987PL UND Physics UNI Jagiellonian University CracowPL szymon.niedzwiecki NN N 1 8Y decay Cracow @uj.edu.pl pp-pi0- Skurzok Magdalena F 1986PL UND Physics UNI Jagiellonian University CracowPL [email protected] NN N 1 8Y decay Cracow m pp-pi0- Wolke Magnus M 1967DE EXP Physics UNI University Uppsala UppsalaSE magnus.wolke@fysa NN N 2 10Y decay st.uu.se pp-pi0- Zielinski Marcin M 1983PL PGR Physics UNI Jagiellonian University CracowPL m.zielinski@fz- YN N 2 10Y decay Cracow juelich.de pp-pi0- Zlomanczuk Jozef M 1945PL EXP Physics UNI University Uppsala UppsalaSE jozef.zlomanczuk@fy NN N 1 8Y decay sast.uu.se
RICCE Chevallier Michel M 1946FR EXP Physics UNI IPNL lyon villeurbanneFR [email protected] YN N 1 4Y p3.fr
RICCE Dauvergne Denis M 1964FR EXP Physics RES Institut de Physique VilleurbanneFR [email protected] YY N 3 13Y Nucléaire de Lyon 2p3.fr martedì 16 luglio 2013 Page 24 of 27 UserProject Family First Birth Natio Resear. U s e r B a c k g r o u n d H o m e I n s t i t u t i o n User New Group Remote Nr.of Dur,of T+S Additional Acronym Name Name Gender year nality status Sci. Field 1 Sci. Field 2 Sci. Field 3 Type Name Town Country e-mail user leader user visits stay reimb. information
RICCE GOUANERE MICHEL M 1941FR EXP Physics RES INSTITUT de VILLEURBA FR [email protected] YN N 2 21Y PHYSIQUE NNE om NUCLEAIRE de LYON
RICCE Kirsch Robert M 1941FR EXP Physics RES Institut de Physique VilleurbanneFR [email protected] Y N N 1 11 Y Nucléaire
RICCE Poizat Jean- M 1939FR EXP Physics UNI Institut de Physique VilleurbanneFR [email protected] Y N N 1 8 Y Claude Nucléaire de Lyon
RICCE Ray Cedric M 1973FR EXP Physics RES IPNL VilleurbanneFR [email protected] Y N N 2 11 Y
RICCE REMILLIEU Joseph M 1940FR EXP Physics UNI Institut de Physique VilleurbanneFR joseph.remillieux@ip NN N 2 8Y X Nucléaire de Lyon nl.in2p3.fr
RICCE Testa Etienne M 1977FR TEC Physics UNI Institut de Physique VilleurbanneFR [email protected] Y N N 1 4 Y Nucléaire de Lyon
RICCE2 BAJARD Marcel M 1944FR EXP Physics RES IPN Lyon VilleurbanneFR [email protected]. YN N 1 7NNo trips fR reimbursed
RICCE2 Dauvergne Denis M 1964FR EXP Physics RES Institut de Physique VilleurbanneFR [email protected] YY N 1 7NNo trips Nucléaire de Lyon 2p3.fr reimbursed
RICCE2 GOUANERE MICHEL M 1941FR EXP Physics RES INSTITUT de VILLEURBA FR [email protected] YN N 1 9Y PHYSIQUE NNE om NUCLEAIRE de LYON
RICCE2 Kirsch Robert M 1941FR EXP Physics RES Institut de Physique VilleurbanneFR [email protected] Y N N 1 10 Y Nucléaire
RICCE2 Poizat Jean- M 1939FR EXP Physics RES Institut de Physique VilleurbanneFR [email protected] Y N N 1 3 Y Claude Nucléaire de Lyon
RICCE2 Ray Cedric M 1973FR EXP Physics RES IPNL VilleurbanneFR [email protected] Y N N 1 10 Y
SMI-KN CARGNELLI Michael M 1953AT EXP Physics RES Stefan Meyer Institute ViennaAT michael.cargnelli@oe NN N 3 13Y aw.ac.at
SMI-KN Hartmann Olaf M 1973DE PDOC Physics RES Stefan-Meyer-Institut ViennaAT olaf.hartmann@oeaw NN N 1 5NNo trips .ac.at reimbursed
SMI-KN Ishiwatari Tomoichi M 1972AT PDOC Physics RES Stefan Meyer Institute ViennaAT tomoichi.ishiwatari@ NN N 1 3Y assoc.oeaw.ac.at
SMI-KN MARTON JOHANN M 1952AT EXP Physics RES Stefan Meyer Institute ViennaAT johann.marton@oea NY N 1 5Y w.ac.at
martedì 16 luglio 2013 Page 25 of 27 UserProject Family First Birth Natio Resear. U s e r B a c k g r o u n d H o m e I n s t i t u t i o n User New Group Remote Nr.of Dur,of T+S Additional Acronym Name Name Gender year nality status Sci. Field 1 Sci. Field 2 Sci. Field 3 Type Name Town Country e-mail user leader user visits stay reimb. information
SMI-KN Paglia Claudio M 1985IT UND Engineering & Physics RES Stefan-Meyer-Institut ViennaAT pagliaclaudio@gmail. YN N 2 50NNo trips Technology für subatomare Physik com reimbursed. 11 days of last visit in July 2010 not counted in this reporting period.
SMI-KN Suzuki Ken M 1974AT EXP Physics RES Stefan-Meyer-Institut ViennaAT [email protected] NN N 1 3Y2 days of last .at visit in July 2010 not counted in this reporting period.
SMI-KN Widmann Eberhard M 1960DE EXP Physics RES Stefan Meyer Institute ViennaAT eberhard.widmann@ NN N 1 4Y oeaw.ac.at
SMI-KN Zmeskal Johann M 1955AT EXP Physics RES Stefan Meyer Institute ViennaAT johann.zmeskal@oea NN N 4 13Y w.ac.at
SMI-KX BUEHLER Paul M 1963AT EXP Physics RES Stefan Meyer Institute ViennaAT [email protected] Y N N 1 5 Y
SMI-KX CARGNELLI Michael M 1953AT EXP Physics RES Stefan Meyer Institute ViennaAT michael.cargnelli@oe NN N 4 37Y aw.ac.at
SMI-KX MARTON JOHANN M 1952AT EXP Physics RES Stefan Meyer Institute ViennaAT johann.marton@oea NY N 3 12Y w.ac.at
SMI-KX Müllner Philipp M 1982AT EXP Physics RES Stefan Meyer Institute ViennaAT philipp.muellner@ass YN N 1 6Y oc.oeaw.ac.at
SMI-KX POLI MARCO M 1978IT PGR Physics RES Stefan-Meyer-Institut ViennaAT Marco.PoliLener@lnf. NN N 2 44NNo trips LENER infn.it reimbursed
SMI-KX Schneider Herbert M 1958AT EXP Physics RES Stefan Meyer Institute ViennaAT herbert.schneider@o NN N 1 4NNo trips eaw.ac.at reimbursed
SMI-KX Stohwasser Leopold M 1959AT TEC Physics RES Stefan-Meyer-Institut ViennaAT leopold.stohwasser@ YN N 1 5NNo trips oeaw.ac.at reimbursed
SMI-KX Stückler Doris F 1981AT TEC Physics RES Stefan Meyer-InstituT Vienna AT doris.stueckler@oea YN N 1 5NNo trips w.ac.at reimbursed
SMI-KX Suzuki Ken M 1974AT EXP Physics RES Stefan-Meyer-Institut ViennaAT [email protected] NN N 1 10Y .at
SMI-KX Widmann Eberhard M 1960DE EXP Physics RES Stefan Meyer Institute ViennaAT eberhard.widmann@ NN N 1 2Y oeaw.ac.at
SMI-KX Zmeskal Johann M 1955AT EXP Physics RES Stefan Meyer Institute ViennaAT johann.zmeskal@oea NN N 1145Y w.ac.at
martedì 16 luglio 2013 Page 26 of 27 UserProject Family First Birth Natio Resear. U s e r B a c k g r o u n d H o m e I n s t i t u t i o n User New Group Remote Nr.of Dur,of T+S Additional Acronym Name Name Gender year nality status Sci. Field 1 Sci. Field 2 Sci. Field 3 Type Name Town Country e-mail user leader user visits stay reimb. information
Strange/M Basrak Zoran M 1949OT EXP Physics RES Rudjer Boskovic Zagreb, OT [email protected] N N N 1 5 Y atulewicz Institute Croatia
Strange/M Caplar Roman M 1948OT EXP Physics RES Rudjer Boskovic Zagreb, OT [email protected] N N N 1 5 Y atulewicz Institute Croatia
Strange/M Carevic Ivana F 1979OT PGR Physics UNI University of Split Split, OT [email protected] N N N 1 5 Y atulewicz
Strange/M Dzelalija Mile M 1964OT EXP Physics UNI University of Zadar Zadar, OT [email protected] N N N 2 10 Y atulewicz Croatia
Strange/M Gasparic Igor M 1975OT PGR Physics RES Rudjer Boskovic Zagreb, OT [email protected] N N N 1 16 Y atulewicz Institute Croatia
Strange/M Kecskemeti Jozsef M 1944HU EXP Physics RES KFKI RMKI BudapestHU [email protected] N N N 1 13 Y atulewicz
Strange/M Matulewicz Tomasz M 1955PL EXP Physics UNI Institute of WarsawPL tomasz.matulewicz@ NY N 0 0N atulewicz Experimental Physics, fuw.edu.pl University of Warsaw
Strange/M Seres Zoltan M 1933HU EXP Physics RES KFKI RMKI BudapestHU [email protected] N N N 1 14 Y atulewicz
martedì 16 luglio 2013 Page 27 of 27 List of Users' Publications Grant Agremeent 227431 HADRONPHYSICS2
UserProject Year of Acronym publication A u t h o r s T i t l e a n d R e f e r e n c e s T y p e o f p u b l i c a t i o n W e b a d d r e s s
02AART092010 G. Aarts, E. Seiler, I.-O. Stamatescu The Complex Langevin method: When can it Scientific Journal arXiv:0912.3360 be trusted? Phys.Rev.D81:054508,2010 doi:10.1103/PhysRevD.81.054508 02AART092010 G. Aarts, E. Seiler, I.-O.Stamatescu Adaptive stepsize and instabilities in complex Scientific Journal arXiv:0912.0617 Langevin dynamics Phys.Lett.B687:154-159,2010 doi:10.1016/j.physletb.2010.03.012 02AART092010 M.P. Lombardo, K. Splittorff, J.J.M. The Fluctuations of the Quark Number and of Scientific Journal arXiv:0910.5482 Verbaarschot the Chiral Condensate Phys.Rev.D81:045012,2010 doi:10.1103/PhysRevD.81.045012 02AART092010 M.P. Lombardo, K.Splittorff, J.J.M. Distributions of the Phase Angle of the Scientific Journal arXiv:0904.2122 Verbaarschot Fermion Determinant in QCD Phys.Rev.D80:054509,2009 doi:10.1103/PhysRevD.80.054509 02AART092010 J.O. Andersen, L.T. Kyllingstad, K. The Sign problem across the QCD phase Scientific Journal arXiv:0909.2771 Splittorff transition JHEP 1001:055,2010 doi:10.1007/JHEP01(2010)055 02AART092010 J. Langelage, O. Philipsen The deconfinement transition of finite density Scientific Journal arXiv:0911.2577 QCD with heavy quarks from strong coupling series JHEP 1001:089,2010 doi:10.1007/JHEP01(2010)089 02AART092010 P. de Forcrand, O. Philipsen Constraining the QCD phase diagram by Scientific Journal arXiv:1004.3144 tricritical lines at imaginary chemical potential 02AART092010 S. Hands, T.J. Hollowood, J.C. Myers QCD with Chemical Potential in a Small Scientific Journal arXiv:1003.5813 Hyperspherical Box 04BLASCHKE092010 Y. Burnier, Dimensionally regularized Polyakov loop Scientific Journal arxiv:0911.3480 M. Laine, M. Vepsalainen correlators in hot QCD JHEP 1001 (2010) 054
martedì 16 luglio 2013 Page 1 of 19 UserProject Year of Acronym publication A u t h o r s T i t l e a n d R e f e r e n c e s T y p e o f p u b l i c a t i o n W e b a d d r e s s
04BLASCHKE092010 D. Prorok, L. Turko, D. Blaschke Charmonium suppression at RHIC and SPS: Scientific Journal arxiv:0901.0166 A Hadronic baseline Phys. Lett. B (2010) in press 04BLASCHKE092010 A. Andronic, P. Braun-Munzinger, K. Heavy quark(onium) at LHC: the statistical Scientific Journal arxiv:1002.4441 Redlich, J. Stachel hadronization case J. Phys. G (2010) in press 04BLASCHKE092010 L. Tolos, D. Cabrera, D. Strange and charm mesons at FAIR Scientific Journal arxiv:0911.2085 Gamermann, C. Garcia-Recio, R. Acta Phys. Polon. B41 (2010) 329 Molina, J. Nieves, E. Oset, A. Ramos 04BLASCHKE092010 A. Rakotozafindrabe, E. G. Ferreiro, On the theoretical and experimental Proceedings arxiv:1002.2351 F. Fleuret, J. P. Lansberg uncertainties in the extraction of the J/psi absorption cross section in cold nuclear matter J. Phys. G (2010) in press 04BLASCHKE092010 J. Jankowski, D. Blaschke , H. Quarkonium dissociation in a PNJL quark Proceedings arXiv:0911.1534 Grigorian plasma Acta Phys. Polon. B (Proc. Suppl.) 3 (2010) 724 04BLASCHKE092010 D. Cabrera, D. Jido, R. Rapp, L. The a1(1260) as a rho pi resonance in nuclear Scientific Journal arxiv:0911.1235 Roca matter Prog. Theor. Phys. 123 (2010) 719 05GIANNINI092010 J. Gegelia, S. Scherer How to define physical properties of unstable Scientific Journal particles arXiv:0910.4280 [hep-ph] Eur. Phys. J. Accepted 05GIANNINI092009 M.E. Sainio Analyticity constrained pion-nucleon analysis Proceedings PoS (CD09) 013 06WALKER062010 G.Gosselin, P.Morel, P.Mohr Modifications of nuclear transitions in stellar Scientific Journal plasma by electronic processes Phys. Rev. C in press 06WALKER062010 F.Bosch, Y.Litvinov Observation of non-exponential orbital Scientific Journal electron-capture decay of stored hydrogen-like ions Prog. Part. Nucl. Phys. 64, 435 06WALKER062010 P.M.Walker High-spin isomers: structure and applications Proceedings Nucl. Phys. A834, 22 06WALKER062009 T. Eronen, V.-V. Elomaa, J. Hakala, QEC values of the superallowed β emitters Scientific Journal J. C. Hardy, A. Jokinen, I. D. Moore, 34Cl and 38Km M. Reponen, J. Rissanen, Phys. Rev. Lett. 103, 252501 A.Saastamoinen, C. Weber, J. Äystö martedì 16 luglio 2013 Page 2 of 19 UserProject Year of Acronym publication A u t h o r s T i t l e a n d R e f e r e n c e s T y p e o f p u b l i c a t i o n W e b a d d r e s s
06WALKER062010 G. Gosselin, P. Morel, P. Mohr Modification of nuclear transitions in stellar Scientific Journal http://arxiv.org/abs/1005.2151 plasma by electronic processes: K-isomers in 176Lu and 180Ta under s-process conditions Phys. Rev. C 07ROTH092010 L. Isaev, G. Ortiz, J. Dukelsky The phase diagram of the Heisenberg Scientific Journal antiferromagnet with four-spin interactions J. Phys.-Cond. Matt. 22, 016006 07ROTH092009 L. Isaev, G. Ortiz, J.Dukelsky Local Physics of Magnetization Plateaux in the Scientific Journal Shastry-Sutherland Model Phys, Rev. Lett. 103, 177201 07ROTH092009 R. P. Saichu, I. Mahns, A. Goos, S. Two-Component Dynamics of the Order Scientific Journal Binder, et al. Parameter of High Temperature Bi2Sr2CaCu2O8 Superconductors Revealed by Time-Resolved Raman Scattering Phys. Rev. Lett. 102, 177004 07ROTH092009 Hyldegaard S, Forssen C, Diget CA, Precise branching ratios to unbound C-12 Scientific Journal et al. states from N-12 and B-12 beta-decays Phys. Lett. B 678 , 459 07ROTH092010 J.Gauss, C. Puzzarini Quantum-chemical calculation of Born- Scientific Journal Oppenheimer breakdown parameters to rotational constants Mol. Phys. 108, 269 07ROTH092010 J. Gauss, C. Puzzarini Perturbative triples corrections in state- Scientific Journal specific multireference coupled cluster theory. J. Chem. Phys. 132, 074107. 07ROTH092009 F. Wang , J. Gauss Analytic second derivatives in closed-shell Scientific Journal coupled-cluster theory with spin-orbit coupling J. Chem. Phys. 131, 164113 07ROTH092010 J. Richter, J. Schulenburg The spin-1/2 J(1)-J(2) Heisenberg Scientific Journal antiferromagnet on the square lattice: Exact diagonalization for N=40 spins E. Phys. J. B 73, 117 07ROTH092009 R.F. Bishop, P.H.Y. Li, The DSUBm approximation scheme for the Scientific Journal J.Schulenburg coupled cluster method and applications to quantum magnets Con. Matt. Phys. 12, 479
martedì 16 luglio 2013 Page 3 of 19 UserProject Year of Acronym publication A u t h o r s T i t l e a n d R e f e r e n c e s T y p e o f p u b l i c a t i o n W e b a d d r e s s
07ROTH092009 D.J.J. Farnell, R. Zinke, High-order coupled cluster method study of Scientific Journal J.Schulenburg, et al. frustrated and unfrustrated quantum magnets in external magnetic fields J. Phys-Con. Matt. 21, 406002. 07ROTH092009 R.F. Bishop, P.H.Y. Li, D.J.J. Magnetic order in a spin- 1/2 interpolating Scientific Journal Farnell, C.E. Campbell square-triangle Heisenberg antiferromagnet Phys. Rev. B 79, 174405 09BROWN092010 B. Gebremariam, S. K. Bogner, T. Symbolic computation of the Hartree-Fock Scientific Journal Duguet energy from a chiral EFT three-nucleon interaction at N2LO Comput.Phys.Commun.181:1167-1177,2010 09BROWN092010 M. Hjorth-Jensen, D.J. Dean, G. Many-body interactions and nuclear structure Scientific Journal Hagen, S. Kvaal Journal of Physics G 37, 06451, 2010 09BROWN092010 Robert Roth, Thomas Neff, Hans Nuclear Structure in the Framework of the Scientific Journal Feldmeier Unitary Correlation Operator Method Progress in Particle and Nuclear Physics in press 09BROWN092010 N.A.Smirnova, B.Bally, K.Heyde, Shell evolution and nuclear forces Scientific Journal F.Nowacki, K.Sieja Physics Letters B 686, March 2010, Pages 109-113 10HOROWITZ092010 O. Moreno, E. Moya de Guerra, P. Parity-violating elastic electron scattering and Scientific Journal Sarriguren, J. M. Udias nuclear structure Jour. Phys. G: Nucl. Part. Phys. 37 064019. 10HOROWITZ092009 W. Nörtershäuser, D. Tiedemann, Nuclear charge radii of 7,9,10Be and the one- Scientific Journal arXiv:0809.2607 M. Žáková, Z. Andeljelkovich, K. neutron halo nucleus 11Be Blaum, M.L. Bissell, R. Cazan, Phys. Rev. Lett. 102, 062503 1-4 G.W.F. Drake, Ch. Geppert, M. Kowalska, J. Krämer, A. Krieger, R. Neugart, R. Sánchez, F. Schmidt- Kaler, Z.C. Yan, D.T. Yordanov, C. Zimmermann 10HOROWITZ092009 R.B. Cakirli, R.F. Casten, R. Enhanced sensitivity of nuclear binding Scientific Journal Winkler, K. Blaum, M. Kowalska energies to collective structure Phys. Rev. Lett. 102, 082501 1-4
martedì 16 luglio 2013 Page 4 of 19 UserProject Year of Acronym publication A u t h o r s T i t l e a n d R e f e r e n c e s T y p e o f p u b l i c a t i o n W e b a d d r e s s
10HOROWITZ092009 D. Neidherr, G. Audi, D. Beck, K. Discovery of 229Rn and the structure of the Scientific Journal Blaum, Ch. Böhm, M. Breitenfeldt, heaviest Rn and Ra isotopes from Penning R.B. Cakirli, R.F. Casten, S. George, trap mass measurements F. Herfurth, A. Herlert, A. Phys. Rev. Lett., 102, 112502 1-5 Kellerbauer, M. Kowalska, D. Lunney, E. Minaya-Ramirez, S. Naimi, E. Noah, L. Penescu, M. Rosenbusch,S. Schwarz, T. Stora 10HOROWITZ092009 J.Krämer, K. Blaum, M. De Rydt, Nuclear ground-state spin and magnetic Scientific Journal K.T. Flanagan, C. Geppert, M. moment of 21Mg Kowalska, P. Lievens, R. Neugart, Phys. Lett. B 678, 465-469 G. Neyens, W. Nörtershäuser, H.H. Stroke, P. Vingerhoets, D.T. Yordanov 10HOROWITZ092009 M. Breitenfeldt, G. Audi, D. Beck, K. Penning trap measurements on 99-109Cd Scientific Journal Blaum, S. George, F. Herfurth, A. with ISOLTRAP mass spectrometer, and Herlert, A. Kellerbauer, H.-J. Kluge, implications for the rp process M. Kowalska, D. Lunney, S. Naimi, Phys. Rev. C, 035805 1-11 D. Neidherr, H. Schatz, S. Schwarz, L. Schweikhard 11BINOSI092010 N. Cardoso, M. Cardoso, P. Bicudo Gauge invariant SU(3) lattice computation of Article on WWW uk.arxiv.org/abs/1004.0166 the dual gluon mass and of the dual Ginzburg- Landau parameters λ and ξ in QCD 11BINOSI092010 M. Cardoso, N. Cardoso, P. Bicudo Lattice QCD computation of the colour fields Scientific Journal for the static hybrid quark-gluon-antiquark system, and microscopic study of the Casimir scaling Phys.Rev.D81:034504 11BINOSI092009 P.Bicudo, Schwinger-Dyson equations and the quark- Proceedings G. Marques, M. Cardoso, N. antiquark static potential Cardoso, O. Oliveira PoS(QCD-TNT09)003 11BINOSI092010 J.A. Gracey The one loop MSbar static potential in the Scientific Journal Gribov-Zwanziger Lagrangian Journal of High Energy Physics 02 (2010), 009 0-62 11BINOSI092009 J.A. Gracey The static potential in the Gribov-Zwanziger Proceedings Lagrangian
PoS(QCD-TNT09)016 martedì 16 luglio 2013 Page 5 of 19 UserProject Year of Acronym publication A u t h o r s T i t l e a n d R e f e r e n c e s T y p e o f p u b l i c a t i o n W e b a d d r e s s
11BINOSI092010 F. Bruckmann, E-M Ilgenfritz, B. The Vortex Structure of SU(2) Calorons Scientific Journal Martemyanov, B Zhang Phys.Rev.D81:074501 11BINOSI092009 K. Langfeld A Fresh look at the confinement mechanism Proceedings
PoS(QCD-TNT09)022 11BINOSI092009 K Langfeld, B. H. Wellegehausen, Confinement and the quark Fermi-surface in Scientific Journal uk.arxiv.org/abs/0906.5554 A. Wipf SU(2N) QCD-like theories. (to appear in Phys. Rev. D) 11BINOSI09 2009 T.Heinzl, A.Ilderton, K.Langfeld, Infra-red problems and a response Proceedings M.Lavelle, D. McMullan PoS(QCD-TNT09)023 11BINOSI09 2010 A Ilderton, M.Lavelle, D. McMullan Symmetry breaking, conformal geometry and Article on WWW uk.arxiv.org/abs/1002.1170 gauge invariance 11BINOSI092009 V. Mathieu How Many Degrees of Freedom Has the Proceedings Gluon? PoS(QCD-TNT09)024 11BINOSI09 2009 O.Oliveira, P.J. Silva The lattice infrared Landau gauge gluon Proceedings propagator: from finite volume to the infinite volume PoS(QCD-TNT09)033 11BINOSI092010 D. Dudal, Oliveira, Indirect lattice evidence for the Refined Gribov- Scientific Journal N. Vandersickel Zwanziger formalism and the gluon condensate
martedì 16 luglio 2013 Page 6 of 19 UserProject Year of Acronym publication A u t h o r s T i t l e a n d R e f e r e n c e s T y p e o f p u b l i c a t i o n W e b a d d r e s s
11BINOSI092009 J. Rodriguez-Quintero, O. Pene, P. A ghost story (II): Ghost, Gluons and the Proceedings Boucaud, J. Micheli, A. Le yaouanc, Gluon Condensate beyond the IR of QCD J.P. Leroy and F. De Soto PoS(QCD-TNT09)039 11BINOSI092009 V. Sauli General method of solution of Schwinger- Proceedings Dyson equations in Minkowski space PoS(QCD-TNT09)040 11BINOSI09 2010 S.Hands, S. Kim, J.I. Skullerud Quarkyonic phase in dense two color matter Scientific Journal
Phys. Rev. D81 091502® 11BINOSI092009 J.I. Skullerud Quarks, gluons and deconfinement at high Proceedings density
PoS (QCD-TNT09) 043 11BINOSI092009 D. Dudal, N. Vandersickel, H. Aspects of the Gribov-Zwanziger framework Proceedings Verschelde and S.P. Sorella PoS(QCD-TNT09)012 11BINOSI092009 N. Vandersickel A candidate for the scalar glueball operator Proceedings within the Gribov-Zwanziger framework PoS(QCD-TNT09)048 11BINOSI09 2010 T.Hell, S. Roessner, M. Cristoforetti Thermodynamics of a three-flavor non-local Scientific Journal W. Weise Polyakov - Nambu - Jona-Lasinio model Phys. Rev. D 81 074034 11BINOSI09 2010 M.Cristoforetti, T. Hell, B.Klein Thermodynamics and quark susceptibilities: a Article on WWW uk.arxiv.org/abs/1002.2336 W. Weise Monte-Carlo approach to the PNJL model 11BINOSI092009 W. Wiese Symmetry Breaking Patterns in QCD: Chiral Proceedings and Deconfinement Transitions PoS(QCD-TNT09)050 11BINOSI09 2010 F.Di Renzo,E.M. Ilgenfritz, H. Perlt, Two-point functions of quenched lattice QCD Scientific Journal A.Schiller, C. Torrero in Numerical Stochastic Perturbation Theory. (I) The ghost propagator in Landau gauge.
Nucl.Phys.B831:262-284 12GREINER092010 G.Denicol, T. Koide, D. Rischke Dissipative relativistic fluid dynamics: a new Scientific Journal arXiv:1004.5013 way to derive the equations of motion from kinetic theory to be published
martedì 16 luglio 2013 Page 7 of 19 UserProject Year of Acronym publication A u t h o r s T i t l e a n d R e f e r e n c e s T y p e o f p u b l i c a t i o n W e b a d d r e s s
12GREINER092010 P. Bozek, I. Wyskiel Directed flow in ultrarelativistic heavy-ion Scientific Journal arXiv:1002.4999 collisions to be published 12GREINER092010 K. Werner, I. Karpenko, T. Pierog, Event-by-Event Simulation of the Three- Scientific Journal arXiv:1004.0805 M. Bleicher, K. Mikhailov Dimensional Hydrodynamic Evolution from Flux Tube Initial Conditions in Ultrarelativistic Heavy Ion Collisions to be published 14CURCEANU092010 E. Epple Studies and measurements of the L(1405) in Proceedings arXiv:1003.2328v2[nucl-ex] p+p collisions at 3.5GeV with HADES Int. Workshop on Hadronic Atoms and Kaonic Nuclei, ECT*, Oct. 12-16,2010 14CURCEANU092010 D.Gazda, E.Friedman, A.Gal. J. Multi-Kbar hypernuclei, Proceedings arXiv:1003.2328v2[nucl-ex] Mares Int. Workshop on Hadronic Atoms and Kaonic Nuclei, ECT*, Oct. 12-16,2010 14CURCEANU092010 J. Mares Kaonic nuclei Proceedings arXiv:1003.2328v2[nucl-ex] Int. Workshop on Hadronic Atoms and Kaonic Nuclei, ECT*, Oct.12-16,2010 14CURCEANU092010 J.Donoval, Multi-Kbar hypernuclei, Proceedings arXiv:1003.2328v2[nucl-ex] N.V.Shevchenko, Int. Workshop on Hadronic Atoms and Kaonic A. Cieply, J. Mares Nuclei, ECT*, Oct.12-16,2010 14CURCEANU092010 L. Fabietti Future Experiments with pion beams at GSI Proceedings arXiv:1003.2328v2[nucl-ex] Int. Workshop on Hadronic Atoms and Kaonic Nuclei, ECT*, Oct.12-16,2010 14CURCEANU092010 L. Fabbietti Study of the L(1405) Resonance in p+p Scientific Journal collisions at 3.5GeV Nucl. Phys. A 835, 333 (2010) 14CURCEANU092010 D. Gazda, E.Friedman, A.Gal, J. Kaon condensation and multi-strange matter Scientific Journal Mares Nucl. Phys. A 835, 287 (2010) 14CURCEANU092010 J.Siebenson Measurement of the L(1405)-resonance with Proceedings the HADES-spectrometer, XLVIII Int. Winter Meeting on Nuclear Physics, Bormio 2010, in press 14CURCEANU092010 J. Siebenson First data of the L(1405) in the charged (Sp)0 Other conf. decay channels for p+p reactions, Contribution LEANNIS Meeting, Frascati, 8-9 May 2010 14CURCEANU092010 E.Epple L(1405) and more strange resonances in pp Other conf. collisions, Contribution LEANNIS Meeting, Frascati, 8-9 May 2010 martedì 16 luglio 2013 Page 8 of 19 UserProject Year of Acronym publication A u t h o r s T i t l e a n d R e f e r e n c e s T y p e o f p u b l i c a t i o n W e b a d d r e s s
14CURCEANU092010 J.Mares Nuclear systems with antikaons, Other conf. LEANNIS Meeting, Frascati, 8-9 May 2010 Contribution 14CURCEANU092010 J. Mares Nuclear systems with strangeness, Other conf. inv.talk, Nordic winter meeting on physics @ Contribution FAIR, Bjorkliden, March 21-26 14CURCEANU092010 R. Muenzer, L. Fabbietti, M. Berger, SiLambdaViO: A Trigger for Lambda-Particles Scientific Journal O. Hartmann Nucl. Inst. Meth. A 617, 300 (2010) 14CURCEANU092010 J.Pietrarsco, L. Fabbietti, W. Koenig Diamonds as timing detectors for MIP: The Scientific Journal arXiv:0911.0337 [nucl-ex] HADES proton-beam monitor and start detectors, subm. Nucl.Inst. Meth. A, 14CURCEANU092010 J. Siebenson First World Data of the L(1405) Decay into Other conf. charged states in p+p Contribution Collisions, workshop on Strangeness production in hadron collisions, Garching, May 2010 14CURCEANU092009 M. Faber, A.N. Ivanov, P. Kienle, J. Molecule model for kaonic nuclear cluster K- Article on WWW arXiv:0912.2084 [nucl-th] Marton, M. Pitschmann bar NN 15SALME092010 S. Pinto, A.Stadler, F.Gross First results for electromagnetic three-nucleon Scientific Journal http://dx.doi.org/10.1103/PhysRevC.81.0 form factors from high-precision two-nucleon 14007 interactions Rev C.81.014007 (2010) 15SALME092009 J. Carbonell, V.A. Karmanov, M. Electromagnetic form factor via Bethe- Scientific Journal hep-ph/0809.3678.v1 Mangin-Brinet Salpeter amplitude in Minkowski space Eur. Phys. J. A 39 (2009) 53-60 15SALME092009 A. Deltuva, A. C. Fonseca, and P. U. Relativistic corrections of one-nucleon current Scientific Journal http://dx.doi.org/10.1103/PhysRevC.80.0 Sauer in low-energy three-nucleon photonuclear 64004 reactions Phys. Rev. C 80, 064004 15SALME092009 G. Ramalho, T. Peña Valence quark contribution for the gamma N --- Scientific Journal http://dx.doi.org/10.1103/PhysRevD.80.0 > Delta quadrupole transition extracted from 13008 lattice QCD Phys.Rev.D80:013008,2009 16BARBARO092009 M.K. Gaidarov, G.Z. Krumova, P. Momentum distributions in medium and heavy Scientific Journal arXiv:0911.2363 [nucl-th] Sarriguren, A.N. Antonov, M.V. exotic nuclei. Ivanov, E. Moya de Guerra Phys.Rev.C80:054305,2009
martedì 16 luglio 2013 Page 9 of 19 UserProject Year of Acronym publication A u t h o r s T i t l e a n d R e f e r e n c e s T y p e o f p u b l i c a t i o n W e b a d d r e s s
16BARBARO092009 A.N. Antonov, M.V. Ivanov, M.B. Longitudinal and Transverse Scaling Scientific Journal arXiv:0903.3170 [nucl-th] Barbaro, J.A. Caballero, E. Moya de Functions within the Coherent Density Guerra Fluctuation Model Phys.Rev.C79:044602,2009 16BARBARO092009 K.M. Graczyk, D. Kiełczewska, P. CA5 axial form factor from bubble chamber Scientific Journal Przewłocki, J.T. Sobczyk experiments Phys. Rev. D80 (2009) 093001 16BARBARO092009 C. Andreopoulos, H. Gallagher, Y. The path forward: Monte Carlo convergence Scientific Journal Hayato, J. T. Sobczyk, Ch. Walter, discussion G.P. Zeller, AIP Conf. Proc. 1189 (2009) 312 16BARBARO092009 S. Dytman, T. Leitner, G. Smirnov, The path forward: Final state effects Scientific Journal J. T. Sobczyk, R. Tacik, discussion AIP Conf. Proc. 1189 (2009) 305 16BARBARO092009 S. Boyd, S. Dytman, E. Hernandez, Comparison of models of neutrino-nucleus Scientific Journal J. Sobczyk, R. Tacik, interactions AIP Conf. Proc. 1189 (2009) 18BURKARDT092010 P. Haegler Nucleon structure from mixed action Other conf. arXiv:1001.3620 [hep-lat] calculations using 2+1 flavors of Contribution asqtad sea and domain wall valence fermions. By LHPC Collaboration (Jonathan D. Bratt et al.). 18BURKARDT092010 P.Haegler Hadron structure from lattice quantum Scientific Journal chromodynamics Phys.Rept.490:49-175,2010 18BURKARDT092010 G. Schnell Exclusive Leptoproduction of Real Photons on Article on WWW arXiv:1004.0177 [hep-ex] a Longitudinally Polarised Hydrogen Target. By HERMES Collaboration (A. Airapetian et al.) 18BURKARDT092010 G.Schnell Measurement of azimuthal asymmetries Scientific Journal associated with deeply virtual Compton scattering on an unpolarized deuterium target. By HERMES Collaboration (A. Airapetian et al.) Nucl.Phys.B829:1-27,2010
martedì 16 luglio 2013 Page 10 of 19 UserProject Year of Acronym publication A u t h o r s T i t l e a n d R e f e r e n c e s T y p e o f p u b l i c a t i o n W e b a d d r e s s
18BURKARDT092010 G. Schnell Nuclear-mass dependence of azimuthal beam- Scientific Journal helicity and beam-charge asymmetries in deeply virtual Compton scattering. By HERMES Collaboration (A. Airapetian et al.) Phys.Rev.C81:035202,2010 18BURKARDT092009 G. Schnell Separation of contributions from deeply virtual Scientific Journal Compton scattering and its interference with the Bethe-Heitler process in measurements on a hydrogen target. By HERMES collaboration (A. Airapetian et al.). JHEP 0911:083,2009 18BURKARDT092010 G. Schnell Single-spin azimuthal asymmetry in exclusive Scientific Journal electroproduction of pi+ mesons on transversely polarized protons. By HERMES Collaboration (A. Airapetian et al.). Phys.Lett.B682:345-350,2010 03AICHELIN092009 H.H. Wolter, V. Prassa, G. The high-density symmetry energy in heavy Scientific Journal Lalazissis, T. Gaitanos, G. Ferini, M. ion collisions, Di Toro, V. Greco Prog. Part. Nucl. Phys. 62, 402 (2009) 03AICHELIN092010 V. Prassa, T. Gaitanos, G. Ferini, M. Isospin effects on strangeness in heavy-ion Scientific Journal Di Toro, G. Lalazissis, H.H. Wolter collisions, Nucl. Phys. A832, 88 (2010) 03AICHELIN092010 V. Greco, M. Colonna, M. Di Toro, Probing the symmetry energy at high baryon Proceedings arXiv 0911.4610 H.H. Wolter density with heavy ion collisions Proceedings of IWND09 03AICHELIN092010 W. Trautmann The symmetry energy in nuclear reactions, Proceedings Nucl. Phys, A834, 548c (2010) 03AICHELIN092009 W. Trautmann, S. Bianchin, A. S. The symmetry energy in nuclear reactions Proceedings arXiv 1001.3867 Botvina, A. Le Fevre, Y. Leifels, et al. Proceedings of IWND 2009 03AICHELIN092010 S. Gautam, R. Chugh, A.D. Sood, Isospin effects on the energy of vanishing flow Scientific Journal R.K. Puri, Ch. Hartnack, J. Aichelin in heavy-ion collisions, J. Phys. G 37, 085102 (2010)
martedì 16 luglio 2013 Page 11 of 19 UserProject Year of Acronym publication A u t h o r s T i t l e a n d R e f e r e n c e s T y p e o f p u b l i c a t i o n W e b a d d r e s s
03AICHELIN092009 A. Le Fevre, J. Aichelin, C. Bimodality - a general feature of heavy ion Scientific Journal Hartnack, J.Lukasik, W.F.J.Mueller, reactions, H.Orth, C.Schwarz, C.Sfienti, Phys.Rev. C80, 044615 (2009) W.Trautmann, et al. MAMI_A2_ETAPRIME2009 B . Krusche Photoproduction of Mesons off Nuclei at ELSA Other Conference talk and MAMI, XIII International Conference on Hadron Spectroscopy, 29. November - 4. December 2009, Tallahassee, Florida, USA MAMI_A2_ETAPRIME2009 B. Krusche Photoproduction of η-mesons off the deuteron Other Conference talk Narrow Nucleon Resonance Meeting, Edinburgh, Scottland, 8. - 10. June 2009 MAMI_A2_ETAPRIME2009 D. Werthmueller Photoproduction of η-mesons off the Other Conference talk deuteron, Frühjahrstagung der Deutschen Physikalischen Gesellschaft, 16. -20. März 2009, Bochum MAMI_A2_ETAPRIME2009 D. Werthmüller Investigation of the anomaly in η- Other Conference talk photoproduction off the neutron, NSTAR 2009, Beijing (China) MAMI_A2_ETAPRIME2009 F. Pheron η-photoproduction off 3He: search for η- Other Conference talk mesic nuclei, Frühjahrstagung der Deutschen Physikalischen Gesellschaft, 16. -20. März 2009, Bochum MAMI_A2_ETAPRIME2009 I . Jaegle Coherent Photoproduction of Multiple Mesons Other Conference talk off the Deuteron, Frühjahrstagung der Deutschen Physikalischen Gesellschaft, 16. - 20. März 2009, Bochum MAMI_A2_ETAPRIME2009 I. Jaegle Photoproduction of Multiple Mesons off Light Other Conference talk Nuclei, Frühjahrstagung der Deutschen Physikalischen Gesellschaft, 15. - 19. März 2010, Bonn MAMI_A2_ETAPRIME2009 I. Jaegle Photoproduction of Mesons off the Deuteron: Other Conference talk Quasi-free and Coherent Processes, Workshop on the Physics of Excited Nucleons NSTAR2009, Beijing, People's Republic of China, April 19-22, 2009 MAMI_A2_ETAPRIME2009 L. Witthauer Eta Photoproduction off 3He, Frühjahrstagung Other Conference talk der Deutschen Physikalischen Gesellschaft, 15. - 19. März 2010, Bonn
martedì 16 luglio 2013 Page 12 of 19 UserProject Year of Acronym publication A u t h o r s T i t l e a n d R e f e r e n c e s T y p e o f p u b l i c a t i o n W e b a d d r e s s
MAMI_A2_ETAPRIME2009 L. Witthauer Quasi-Free Photoproduction of η-mesons off Other Conference talk 3He, 26. Students Workshop on Electromagnetic Interactions, Bosen (Saar), 29 August - 3. September 2009 MAMI_A2_ETAPRIME2009 M. Dieterle Photoproduction of π0-mesons off quasi-free Other Conference talk protons and neutrons, 26. Students Workshop on Electromagnetic Interactions, Bosen (Saar), 29. August - 3. September 2009 MAMI_A2_ETAPRIME2009 M. Oberle Helicity asymmetry in double pion Other Conference talk photoproduction off the deuteron, Frühjahrstagung der Deutschen Physikalischen Gesellschaft, 16. -20. März 2009, Bochum MAMI_A2_ETAPRIME2009 M. Unverzagt et al. Determination of the Dalitz plot parameter α Scientific Journal for the decay η→3π0 with the Crystal Ball at MAMI-B, EPJ A (2009) MAMI_A2_ETAPRIME2009 S. Prakhov et al. Measurement of the Dalitz plot parameter α Scientific Journal for the decay η→3π0 with the Crystal Ball at MAMI-B, Phys. Rev. C 79, 035204 (2009) MAMI_A2_ETAPRIME2009 Y. Maghrbi Photoproduction of pion pairs off 7Li, Other Conference talk Frühjahrstagung der Deutschen Physikalischen Gesellschaft, 16. -20. März 2009, Bochum MAMI_A2_ETAPRIME2010 F. Pheron Search for η-mesic nuclei, Frühjahrstagung Other Conference talk der Deutschen Physikalischen Gesellschaft, 15. - 19. März 2010, Bonn MAMI_A2_ETAPRIME2010 M. Dieterle Photoproduction of π0-mesons off quasi-free Other Conference talk protons and neutrons, Frühjahrstagung der Deutschen Physikalischen Gesellschaft, 15. - 19. März 2010, Bonn MAMI_A2_ETAPRIME2010 Y. Maghrbi Coherent π0 Photoproduction off 7Li, Other Conference talk Frühjahrstagung der Deutschen Physikalischen Gesellschaft, 15. - 19. März 2010, Bonn MAMI_A2_FROZENSPI 2009 A. Thomas Recent Results from the Real Photon Other Conference talk N Experiment at MAMI, Int. Conf. "Nuclear Reactions on Nucleons and Nuclei", Oct. 5-9, 2009, Messina (Italy)
martedì 16 luglio 2013 Page 13 of 19 UserProject Year of Acronym publication A u t h o r s T i t l e a n d R e f e r e n c e s T y p e o f p u b l i c a t i o n W e b a d d r e s s
MAMI_A2_FROZENSPI 2009 H.-J. Arends The baryon resonance program at MAMI, Int. Other Conference talk N Conf. "Nuclear Reactions on Nucleons and Nuclei", Oct. 5-9, 2009, Messina (Italy) MAMI_A2_FROZENSPI 2009 H.-J. Arends Polarization experiments at MAMI, 5th Int. pN Other Conference talk N PWA Workshop and Interpretation of Baryon Resonances, ECT*, Trento, June 1-5, 2009 MAMI_A2_NGDH2009 B. Krusche Nucleon Excitations and Photoproduction of Other Conference talk Pseudo-Scalar Meson Pairs, Int. Workshop on Hadron Structure and Dynamics, Bad Honnef, Germany, 13. - 14. August 2009 MAMI_A2_NGDH2009 D. Krambrich, F.Zehr et al. Beam-Helicity Asymmetries in Double Pion Scientific Journal Photoproduction off the Proton, PRL 103, 052002 (2009) MAMI_A2_NGDH2009 J. Ahrens et al. Helicity dependence of the total inclusive Scientific Journal cross section on the deuteron, Phys. Lett. B 672 (2009) 328 MAMI_A2_NGDH2009 P. Pedroni The GDH sum rule for the Neutron, PWA Other Conference talk Workshop, March 2009, Bad Honnef (Germany) MAMI_A2_NGDH2009 P.Pedroni Photoproduction on the Deuteron in Other Conference talk double polarization and the GDH sum rule for the Neutron, Int. Conf. "Nuclear Reactions on Nucleons and Nuclei", Oct. 5-9, 2009, Messina (Italy) MAMI_A2_NRECOIL2009 A. Thomas Recent Results from The A2 Real Photon Other Conference talk Facility At MAMI, NSTAR 2009, Beijing (China) MAMI_A2_NRECOIL2009 B. Krusche Coherent photoproduction of π0-mesons , Other Conference talk International Workshop on "The Lead Radius Experiment and Neutron Rich Matter in Astrophysics and in the Laboratory", European Center for Theoretical Studies in Nuclear Physics and Related Topics (ECT*), Trento, Italy, 2. - 7. August 2009 MAMI_A2_NRECOIL2009 D.P. Watts Recoil Polarimetry with the Crystal Ball at Other Conference talk MAMI, NSTAR 2009, Beijing (China) MAMI_A2_NRECOIL2009 M. Sikora Recoil Nucleon Polarimetry In Meson Other Conference talk Photoproduction Reactions At MAMI, NSTAR 2009, Beijing (China)
martedì 16 luglio 2013 Page 14 of 19 UserProject Year of Acronym publication A u t h o r s T i t l e a n d R e f e r e n c e s T y p e o f p u b l i c a t i o n W e b a d d r e s s
MAMI_A2_NRECOIL2009 T. Jude Precision measurements of strangeness Other Conference talk photoproduction at threshold energies with the Crystal Ball at MAMI C, NSTAR 2009, Beijing (China) MAMI_A2_PSPIN2009 A. Starostin et al. Search for the charge-conjugation-forbidden Scientific Journal decay ω→ηπ0, PRC79 (2009) 065201 MAMI_A2_PSPIN2009 V.Kashevarov et al. Photoproduction of π0η on protons and the Scientific Journal D(1700) D33 resonance, EPJ A 42 (2009) 141 MAMI_A4_SSA2009 D. Belaguer Rios Two Photon Exchange and Transverse Spin Other Conference talk Asymmetries in the A4 experiment, PAVI09, Bar Harbor (US) MAMI_A4_SSA2009 J. Diefenbach A4 Laser Compton polarimetry, PAVI09, Bar Other Conference talk Harbor (US) MAMI_A4_SSA2009 L. Capozza Background studies for the A4 experiment, Other Conference talk PAVI09, Bar Harbor (US) MAMI_A4_SSA2009 S. Baunack A4 Mainz, PAVI09, Bar Harbor (US) Other Conference talk
MAMI_A4_SSA2009 S. Baunack et al. Measurement of Strange Quark Contributions Scientific Journal to the Vector Form Factors of the Proton at Q2 = 0.22 GeV2, Phys. Rev. Lett. 102, 151803 (2009) CARAT/Morse2010 E. Berdermann, M. Pomorski, W. Diamond detectors for hadron physics Scientific Journal de Boer, M. Ciobanu, S. Dunst, C. research, Diamond and Related Materials 19 Grah, M. Kiš, W. Koenig, W. Lange, (2010) 358 W. Lohmann, R. Lovrinčić, P. Moritz, J. Morse, S. Mueller, A. Pucci, M. Schreck, M. S. Rahman, M. Träger CARAT/Morse2010 E. Berdermann, W. de Boer, M. CVD-Diamond Detectors – R&D Status and Proceedings Ciobanu, S. Dunst, M. Kiš, W. New Results, Proc. XLVIII International Winter Koenig, P. Moritz, J. Morse, S. Meeting on Nuclear Physics - BORMIO2010, Müller, C. Nociforo, M. Pomorski, M January 25–29 2010, Bormio, Italy, to be publ. Schreck, M. S. Rahman, M. Träger, in Proceedings of Science H. Weick Kaon/Marton2009 M.L. Benabderrahmane et al. "Measurement of the In-Medium K0 inclusive Scientific Journal Cross Section in pi- induced reactions at 1.15 GeV/c", Phys. Rev. Lett. 102 (2009) 182501 Kaon/Marton2009 O.N. Hartmann for the FOPI "Studying strange meson production with Scientific Journal collaboration FOPI", International Journal of Modern Physics A 24, (2009), 271-278 martedì 16 luglio 2013 Page 15 of 19 UserProject Year of Acronym publication A u t h o r s T i t l e a n d R e f e r e n c e s T y p e o f p u b l i c a t i o n W e b a d d r e s s
KaonClust/Marton2009 K. Suzuki et al. "Search for the Kaonic Nuclear State, K-pp, in Scientific Journal the exclusive pp->pLK channel", Nucl. Phys. A 827 (2009) 312 KaonClust/Marton2009 Suzuki, K. et al. Search for kaonic nuclear state, K-pp, in the Scientific Journal p+p-> X+K reaction with FOPI, Hyp. Int. 193 (2009) 189 Strange/Matulewicz2009 A. Schüttauf and the FOPI Multi-Strip MRPCs for FOPI Scientific Journal Collaboration Nucl. Instr. Meth. A602 (2009) 679 Strange/Matulewicz2009 N.Herrmann and the FOPI Probing dense baryonic matter with Scientific Journal Collaboration strangeness Prog. Part. Nucl. Phys.62 (2009) 445 C-SHAPE2010 L. Maczewski “Measurements and simulations of MAPS Other PhD Theses (Monolithic Active Pixel Sensors) response to charged particles - a study towards a vertex detector at the ILC” Decoherence at KLOE22010 F. Archili, W. Wislicki, et al. Technical design report of the inner tracker for Article on WWW arXiv:1002.2572 the KLOE-2 experiment Decoherence at KLOE22010 G. Amelino-Camelia, W. Wislicki,.et Physics with the KLOE-2 experiment at the Article on WWW submitted to arXiv:1003.3868 al. upgraded DAPHNE Eur. Phys. J. C eta, eta' at KLOE-22009 KLOE-2 Inner Tracker Technical Design Report LNF- Other report http://arxiv1.library.cornell.edu/abs/1002. 10/3(P) 2572 eta, eta' at KLOE-22010 KLOE-2 Physics with the KLOE-2 experiment at the Scientific Journal http://arxiv.org/abs/1003.3868 upgraded DAFNE eta, eta' at KLOE-22010 M.J, KLOE Low energy QCD and ChPT studies with Kloe Scientific Journal
HAD-SDD2009 C. Curceanu (Petrascu) et al. Kaonic atoms measurements at the DAΦNE Scientific Journal accelerator, Hyperfine Interact (2009) 193:11–17 HAD-SDD2009 M. Bazzi, et al. Kaonic helium-4 X-ray measurement in Scientific Journal http://www.elsevier.com/locate/physletb SIDDHARTA, Physics Letters B681 (2009) 310. HAND-SDD&SiPM2010 J. Zmeskal et al. The AMADEUS experiment – precision Scientific Journal http://www.elsevier.com/locate/nuclphysa measurements of low-energy antikaon nucleus/nucleon interactions, Nuclear Physics A, Volume 835, Issues 1-4, 1 April 2010, Pages 410-413
martedì 16 luglio 2013 Page 16 of 19 UserProject Year of Acronym publication A u t h o r s T i t l e a n d R e f e r e n c e s T y p e o f p u b l i c a t i o n W e b a d d r e s s
KLOE HADRONS2008 KLOE Precision Kaon and Hadron Physics with Scientific Journal KLOE Riv. Nuovo Cim. 031 (2008) 531 KLOE HADRONS2009 F. Jegerlehner Progress in the prediction of g-2 of the Muon Scientific Journal Acta Phys. Polon. B 40 (2009) 3097 KLOE HADRONS2009 F.Jegerlehner Fortran Package alphaQED.tar.gz for Article on WWW www-com.physik.hu- calculating ‘The effective fine structure berlin.de/~fjeger/alphaQED.pdf constant and other Standard Model running couplings’ KLOE HADRONS2009 F.Jegerlehner and A. Nyffeler The Muon g-2 Scientific Journal Phys.Rep. 477 (2009) KLOE HADRONS2009 G.Venanzoni A precise new KLOE measurement of |Fpi|2 Proceedings with ISR events and determination of pi pi contribution to amu for 0.592 < Mpi pi < 0.975 GeV AIP Conf. Proc. 1182 (2009) 665 KLOE HADRONS2009 KLOE Search for the KS → e+ e- decay with the Scientific Journal KLOE detector Phys. Lett. B 672 (2009) 20 KLOE HADRONS2009 KLOE COLL Search for the decay fi → Ko anti-Ko gamma Scientific Journal with the KLOE experiment Phys. Lett. B 679 (2009) 10 KLOE HADRONS2009 KLOE COLL. Measurement of the branching ratio and Scientific Journal search for a CP violating asymmetry in the eta → pi+ pi- e+ e- ( ) decay at KLOE Phys. Lett. B 675 (2009) 283 KLOE HADRONS2009 KLOE COLLAB A global fit to determine the pseudoscalar Scientific Journal mixing angle and the gluonium content of the eta prime meson JHEP 07 (2009) 105 KLOE HADRONS2009 KLOE COLLAB. Study of the ao(980) meson via the radiative Scientific Journal decay fi → eta pi0 gamma with the KLOE detector Phys. Lett. B 681 (2009) 5 KLOE HADRONS2009 KLOE COLLABORATION Precise measurement of the ratio (K → e Scientific Journal nu(gamma)) / (K → mu nu (gamma) and study of K → e nu gamma Eur. Phys. J. C 64 (2009) 627 Erratum-ibid. 65 (2010) 703 martedì 16 luglio 2013 Page 17 of 19 UserProject Year of Acronym publication A u t h o r s T i t l e a n d R e f e r e n c e s T y p e o f p u b l i c a t i o n W e b a d d r e s s
KLOE HADRONS2009 MONTE CARLO GROUP Quest for precision in hadronic cross sections Scientific Journal at low energy: Monte Carlo tools vs. experimental data KLOE HADRONS2009 P. Beltrame Hadronic cross section measurements and Proceedings contribution to g-2 with KLOE Talk at Rencontres de Moriond, La Thuile QCD 2009, March 2009 hep-ex/0905.1977 KLOE HADRONS2009 P.Beltrame Measurement of the Pion Form Factor via Other PhD Thesis Radiative Return for data taken at √s=1 GeV with the KLOE detector IEKP-KA/2009-8, Ph.D. thesis University of Karlsruhe KLOE HADRONS2009 S. E. Müller A precise KLOE measurement of Proceedings Sigma(e+ e- pi+pi-) and extraction of a amu, pi pi between 0.35 and 0.95 GeV2 Nucl. Phys. Proc. Suppl. 186 (2009) 193 KLOE HADRONS2009 S. Ivashyn, H. Czyz, A. Korchin Radiative Return: a progress on FSR tests Scientific Journal Acta Phys. Polon. B 40 (2009) 3185 KLOE HADRONS2009 S.E. Müller Measurement of the pion form factor for Mpi pi Proceedings 2 between 0.1 and 0.85 GeV2 with the KLOE detector Proceedings of the PHIPSI09 Workshop, Oct. 13-16, 2009, Beijing, China hep-ex/0912.2205 KLOE HADRONS2009 S.E.Müller Results in hadronic physics with the KLOE Other talk experiment in Frascati Frühjahrstagung DPG Bochum 16.-20.3.2009: Fachverband Physik der Hadronen und Kerne, HK 47.7 KLOE HADRONS2010 KLOE COLL. Physics with the KLOE-2 experiment at the Other archive upgraded DAFNE hep.ex/1003.3868 KLOE HADRONS2010 S.E.Müller Measurement of the pion form factor between Other talk 0.1 and 0.85 GeV2 with the KLOE experiment Frühjahrstagung DPG Bonn 15.-19.3.2010: Fachverband Physik der Hadronen und Kerne, HK 4.3
martedì 16 luglio 2013 Page 18 of 19 UserProject Year of Acronym publication A u t h o r s T i t l e a n d R e f e r e n c e s T y p e o f p u b l i c a t i o n W e b a d d r e s s
SMI-KN2010 C. Curceanu, J. Marton "Mini-Proceedings ECT* Workshop Hadronic Proceedings http://arxiv.org/pdf/1003.2328v2 Atoms and Kaonic Nuclei - Solved Puzzles, Open Problems and Future Challenges in Theory and Experiment" SMI-KN2010 J. Marton "Low-energy anti-kaon nucleon and nucleus Proceedings interaction", submitted to Eur. J. Phys. Int. Conference Few Body Physics SMI-KN2010 J. Zmeskal et al., "The AMADEUS experiment – precision Scientific Journal measurements of low-energy antikaon nucleus/nucleon interactions", Nuclear Physics A 835, Issues 1-4, 410-413 SMI-KN2010 SMI Annual Report Stefan Meyer Institute Article on WWW http://www.oeaw.ac.at/smi/news
SMI-KX2009 J. Marton (on behalf of the "Kaonic Atom X-Ray Spectra", AIP Proceedings SIDDHARTA Collaboration) Conference Proc. 1182, (2009), Proc. 10th Conference on the Intersection of Particle and Nuclear Physics, 495-498 SMI-KX2009 J. Marton et al. "New X-Ray Detectors for Exotic Atom Scientific Journal Research", IEEE Transactions on Nuclear Science 56, 3, Symposium on Radiation Measurements and Applications, 1400-1404 SMI-KX2009 J. Zmeskal et al. "Kaonic Atoms at DAFNE", International Proceedings Journal of Modern Physics A 24, 2-3, 2009 SMI-KX2009 SIDDHARTA Collaboration, M. "Kaonic helium-4 X-ray measurement in Scientific Journal http://www.sciencedirect.com/ Bazzi, et al. SIDDHARTA", Physics Letters B 681, Issue 4, Pages 310-314 SMI-KX2009 T. Ishiwatari "Silicon drift detectors for exotic atoms", Scientific Journal Hyperfine Interactions 194, 1-3, (2009), 165- 170
martedì 16 luglio 2013 Page 19 of 19