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Complex Nanophotonics Science Camp cumberland lodge Windsor Great Park Berkshire, SL4 2HP, UK 27th–30th August 2013 Bringing together early career scientists to bridge Nanophotonics, Plasmonics & Biophotonics of complex media. Jacopo Bertolotti Twente University, The Netherlands [email protected] www.jacopobertolotti.com Otto Muskens COMMITTEE Southampton University, UK [email protected] www.ottolmuskens.info Sylvain Gigan Langevin Institute, ESPCI, France [email protected] www.institut-langevin.espci.fr/Sylvain-Gigan,510 Riccardo Sapienza SCIENTIFIC King’s College London, UK [email protected] www.sapienzalab.org Conference Secretary Julia Kilpatrick [email protected] www.sciencecamp.eu Niek van Hulst ICFO, The Institute of Photonic Science tracking nanoScale coherent energy tranSfer in Single light harveSting complexeS p16–17 SPEAKERS Stefania Residori Institut Non Lineaire de Nice , INLN–CNRS Self-adaptive holography in nonlinear media p18–19 Aristide Dogariu CREOL, Florida mechanical action in complex electromagnetic fieldS KEYNOTE p20–21 Rashid Zia Regine Frank Brown University KIT, Karlsruhe Institute of Technology a multipolar emitter: can 1 tranSition the quantum nature illuminate 2 pathS? of random laSerS p22–23 p42–43 SPEAKERS Tomas Cizmar Jaesuk Hwang University of St. Andrews Imperial College photonicS in Single organic dye diSordered moleculeS aS Single environmentS and photon SourceS fibre baSed imaging and large optical nonlinearitieS on a photonic chip p28–29 p44–45 Wonshik Choi Andrea Di Falco Korea University University of St. Andrews bio-SenSing & imaging chaotic broadband in complex media photonic cryStal microcavitieS INVITED p30–31 p58–59 Alberto Rodriguez Silvia Vignolini Freiburg University Cambridge University multifractal photonic StructureS diStributionS in in plantS diSordered media p34–35 p60–61 Femius Koenderink Fiorenzo Omenetto AMOLF, FOM-Insitute Tufts University how a tutorial Silk – the ancient dipole model material of the changed our view future on plaSmonicS and metamaterialS p40–41 p62–63 Mauro Paternostro Queen’s University, Belfast quantum diScord boundS the amount of diStributed entanglement p46–47 Sebastien Bidault Ruth Oulton Institut Langevin, University of Bristol ESPCI, CNRS, Paris light-matter angular driving dna momentum exchange templated optical in nanophotonic antennaS with a StructureS: beyond Single quantum “Spin” and “orbital” emitter angular momentum p24–25 p49–49 SPEAKERS Ventsislav Valev Yoav Lahini University of Cambridge MIT highly localized nonlinear and nano-deformationS quantum opticS of in plaSmonic nano- one dimentional StructureS cauSed by diSordered media femtoSecond laSer pulSeS p26–27 p50–51 Timmo van der Beek Nuno de Sousa AMOLF, FOM-Institute Universidad Autónoma probing hidden de Madrid multilayerS with light emiSSion diffuSion theory StatiSticS in correlated random photonic nanoStructureS p32–33 p52–53 Tom Strudley Sebastien Popoff University Yale University of Southampton demonStration of a meSoScopic tranSport tenfold variation of and light trapping in light tranSmiSSion Strongly Scattering through Scattering nanowire layerS media by wavefront Shaping CONTRIBUTED p37–37 p54–55 Pedro David García Matteo Burresi Niels Bohr Institute, LENS & University of Copenhagen University of Florence nonuniverSal intenSity engineering 2d correlationS in photonic diSorder: anderSon-localizing from incoherent diSordered photonic tranSport to cryStalS interference effectS p38–39 p56–57 Kosmas Tsakmakidis Editor of Nature Materials everything you alwayS wanted to know about Scientific publiShing, but were afraid to aSk p66 SPEAKERS Ad Lagendijk AMOLF, FOM-Institute everything you alwayS wanted to know about Scientific publiShing, but were afraid to aSk p67 Kostas Repanas Project Manager & Managing Editor, Joint Council Office, A*STAR Singapore digital toolS for Science in the network era DEBATE p68 Timo Hannay Managing Director, Digital Science, Macmillan Publishers Ltd. digital toolS for Science in the network era p69 POSTERS 1 Adriana De Mendoza 4 Clara I. Osorio Departamento de Fisica, AMOLF, FOM-Institute Universidad de los Andes characterization of effectS of thermal emitterS and their light correlationS photonic enviroment on photoSyntheSiS by uSing a Simple ball performance lenS p72 p75 2 Ali Mahdavi 5 Costanza Toninelli Max Planck Institute for INO, CNR the Science of Light communicationS optimizing the coupling between iSolated to photonic cryStal quantum emitterS: waveguideS and cavitieS which photonic by Sculpting a focuSed Structure driveS it light beam beSt? p73 p76 3 Animesh Datta 6 Daan Stellinga Department of Physics, University of York University of Oxford 2d high contraSt eStimating and gratingS aS high imaging at the numerical aperture quantum limit focuSSing elementS p74 p77 7 Ertugrul Karademir 10 Gholamreza Fayaz Bilkent University Tafresh University, coupling interactionS Iran between large area Simulation of plaSmon cavity arrayS one dimenSional and two level SyStemS random laSer with the reflective boundarieS p78 p81 8 Francesco Pastorelli 11 Haider Butt ICFO, The Institute of University of Cambridge Photonic Science nanoScale pixelS light trapping with baSed on carbon plaSmonic oligomerS nanotubeS and photonic cryStalS to enhance the per- formance of organic Solar cellS deviceS p79 p82 9 Ganga Devarapu 12 Henri Nielsen CEMPS COPS University of Exeter University of Twente extreme photonic- non-exponential cryStal baSed SpontaneouS emiSSion abSorption control dynamicS for emitterS in the infrared in a time-dependent optical cavity p80 p83 13 Kevin Vynck 16 Martina Abb Institut Langevin, University of ESPCI, ParisTech Southampton Spatial field all-optical control correlationS for of plaSmonic polarized waveS in nanoantenna-ito the near-field of hybridS random media p84 p87 14 Mark G. Scullion 17 Michele Gaio University of York King’s College London probing the Sub- localiSation cellular world uSing propertieS in photonic bioSenSorS complex plaSmonic SyStemS p85 p88 15 Martin Lopez-Garcia 18 Pablo de Roque University of Bristol Institute of optically active Photonic Sciences defectS in 3d nano-antennaS in photonic cryStalS optical cavitieS p86 p89 19 Ravitej Uppu 22 Sara Núñez-Sánchez Tata Institute of University of Exeter Fundamental Research Study of Strong characterization and coupling between control of emiSSion moleculeS and from nano Structured metal-photonic diSordered amplifying StructureS media p90 p93 20 Roman Bruck 23 Xavier Vidal University of Macquarie University Southampton helicity: a non- interaction of broken Symmetry plaSmonic nano- for the rotation StructureS with of light integrated Silicon waveguideS p91 p94 21 Romolo Savo 24 Yu Luo LENS Imperial College University of Florence a modified fractal dimenSionS hydrodynamical of light in complex model to deScribe heterogeneouS media the nonlocal and quantum tunnelling effectS p92 p95 TOPICS Nano-optics of complex systems • rashid zia – Brown University • sebastien bidault – Institut Langevin, ESPCI, CNRS, Paris • ventsislav valev – University of Cambridge Light propagation and imaging in complex systems • tomas cizmar – University of St. Andrews • wonshik choi – Korea University • timmo van der beek – AMOLF–FOM Institute DISCUSSION Strong scattering and Anderson localization of light • alberto rodriguez – Freiburg University • tom strudley – University of Southampton • pedro david garcÍa – University of Copenhagen Quantum optics of complex media • femius koenderink – Brown University • regine frank – KIT, Karlsruhe Institute of Technology • jaesuk hwang – Imperial College • mauro paternostro – Queen's University • ruth oulton – University of Bristol • yoav lahini – MIT Multiple scattering of light • nuno de sousa – Universidad Autónoma de Madrid • sebastien popoff – Yale University • matteo burresi – University of Florence Complex photonics materials • andrea di falco – University of St. Andrews • silvia vignolini – Cambridge University • fiorenzo omenetto – Tufts University SPEAKERS 16 NIEK VAN HULST ICFO, The Institute of Photonic Science Spain [email protected] Tuesday 27 August, 14.30–15.30 Niek van Hulst studied Astronomy & Physics, and obtained his PhD in Molecular & Laser-Physics at the University of Nijmegen (1986), on microwave-laser double resonance molecular-beam spectroscopy. After research in non-linear optics of organic materials, integrated optics, atomic force and near-field optical microscopy, in 1997 he became Professor in Applied Optics at mesa+ Institute for NanoTechnology, University of Twente, with focus on single molecule detection, scanning probe technology and applications in molecular biology and chemistry. In 2005, attracted by the Catalan innovative science policy, he started as icrea Research Professor and senior group leader at icfo – the Institute of Photonic Sciences, in Barcelona. He is coordinator of the Spanish consolider program NanoLight.es; Recipient erc Advanced Grant; 2010 Barcelona Prize for Scientific Investigation; 2003 European Science Award; Fellow osa. 17 tracking nanoScale coherent energy tranSfer in Single light harveSting complexeS biological photosynthetic complexes are in essence nanophotonic systems of high complexity. Interestingly these systems transfer photonic energy with efficiency above 90% even at physiological conditions, despite the intrinsic disorder at room temperature. Addressing such systems requires lifting the disorder in space and time: i.e. detection of fs energy transfer