Marriott San JoseSalon IIIMarriott San JoseSalon IVMarriott San JoseSalon V & VIMarriottWillow Glen I-III<strong>CLEO</strong>: Applications& Technology<strong>CLEO</strong>: <strong>Science</strong>& Innovations<strong>CLEO</strong>: Applications& Technology<strong>CLEO</strong>: <strong>QELS</strong>-<strong>Fundamental</strong> <strong>Science</strong>14:00–16:00ATu2L • Symposium on The Pathto Sustainable Energy: LaserDriven Inertial Fusion Energy:Technology of ICF: Drive Lasersand Laser FacilitiesPresider: Jonathan Zuegel;University of Rochester, UnitedStates14:00–16:00CTu2M • Imaging &Microscopy IPresider: Vladislav Yakovlev;Texas A&M University, UnitedStates14:00–15:30ATu2N • Micro andNanofabricationPresider: Robert Hainsey; ElectroScientific Industries, Inc., UnitedStates14:00–16:00QTu2O • Symposium onNanophotonics at theDOE/SC Nanoscale <strong>Science</strong>Research Centers: OpticalProcesses in SemiconductorNanostructuresPresider: Rohit Prasankumar;Los Alamos National Laboratory,United StatesATu2L.1 • 14:00 InvitedThe NIF: an International High Energy Densityand Inertial Fusion User Facility, EdwardI. Moses 1 ; 1 Lawrence Livermore National Laboratory,USA. The NIF, the world’s most energeticlaser has been operational since 2009, and is nowtransitioning to an international user facility forhigh-energy-density and inertial fusion research.This paper summarizes NIF’s experimental capabilitiesand results.CTu2M.1 • 14:00Extended wavelength tunability of a picosecondpulse source by double-pass spectral filter forfiber-laser-based stimulated Raman spectral microscopy,Keisuke Nose 1 , Tatsuya Kishi 1 , YasuyukiOzeki 1,2 , Yasuo Kanematsu 1 , Kazuyoshi Itoh 1 ;1Osaka University, Japan; 2 JST-PRESTO, Japan.Broadband Yb-fiber pulses are spectrally filteredin a double-pass configuration for achieving widetunability of 300 cm -1 . The filtered pulses togetherwith Er-fiber ones were successfully used for thespectral imaging of polymer beads.ATu2N.1 • 14:00Controlling Laser Ablation inside TransparentThin Films, Kitty Kumar 2 , Kenneth K.C. Lee 1 ,Jianzhao Li 1 , Jun Nogami 2 , Nazir P. Kherani 1 , PeterR. Herman 1 ; 1 Dept. of Electrical and ComputerEngineering, University of Toronto, Canada; 2 Dept.of Materials <strong>Science</strong> and Engineering, University ofToronto, Canada. A new direction in femtosecondlaser nano-structuring of transparent dielectricfilms is presented towards ejecting thin layers andforming internal nano-voids that open new directionsin film coloring, flexible surface structuringand 3D microfluidics.QTu2O.1 • 14:00 InvitedTuning Photoinduced Charge Transfer in QuantumDot-based Hybrids by Self-assembly, MirceaCotlet 1 ; 1 Brookhaven National Laboratory, USA. Iwill discuss two examples on how self-assemblycan be used to control charge transfer betweenquantum dots and acceptor materials like conductivepolymers and fullerenes to achieve control ofproperties relevant to photovoltaic applications.ATu2L.2 • 14:30 InvitedOrion Laser Update from AWE, Andrew Randewich1 ; 1 Atomic Weapons Establishment, UnitedKingdom. The combined short and long pulseOrion laser is now operational at AWE. Thistalk will provide an update on its capabilities andachievements to date and the proposed futureprogramme of experiments.CTu2M.2 • 14:15Imaging the noncentrosymmetric structuralorganization of tissues with InterferometricSecond Harmonic Generation microscopy,Maxime Rivard 1 , Konstantin Popov 2 , MathieuLaliberté 1 , Antony Bertrand-Grenier 1 , FrançoisMartin 1 , Henri Pépin 1 , Christian P. Pfeffer 3 , CameronBrown 4 , Lora Ramunno 2 , François Légaré 1 ;1INRS-EMT, Canada; 2 University of Ottawa,Canada; 3 Ludwig- Maximilians-University Munich,Germany; 4 University of Oxford, United Kingdom.We image the relative orientation of organizedgroups of noncentrosymmetric molecules (likecollagen or myosin) at the micron scale in biologicaltissues by combining interferometry andSecond Harmonic Generation (SHG) microscopy.CTu2M.3 • 14:30 InvitedThree-dimensional Polarization and DopplerImaging of Living Tissue by Multi-ContrastOptical Coherence Tomography, Yoshiaki Yasuno1 , Young-Joo Hong 1 , Myeong-Jin Ju 1 ; 1 Univ.of Tsukuba, Japan. A principle and application ofJones matrix tomography (MT) is presented. JMTis first measures three-dimensional distributionof the Jones matrices and derives back-scatteringintensity, Doppler shift, and phase retardationfrom the Jones matrix tomography.ATu2N.2 • 14:15Optically-transparent actuators and micro-mechanicalsystems fabricated using femtosecondlasers, Yves Bellouard 1 ; 1 Eindhoven University ofTechnology, Netherlands. Non-linear laser-matterinteraction offers the possibility to structuretransparent material in three dimensions. Here, wedemonstrate that such process can be implementedfor fabricating novel type of microsystems, includingactuators transparent to visible light.ATu2N.3 • 14:30 InvitedDirect Joining and Welding with UltrashortLaser Pulses, Wataru Watanabe 1 ; 1 Natl Inst of AdvIndustrial Sci & Tech, Japan. Ultrashort laser pulsescan be used to directly join transparent substratesby localized melting and resolidification withoutany intermediate layers. I review recent advanceof welding and joining of glass substrates withultrashort laser pulses.QTu2O.2 • 14:30 InvitedOn the Origin of Efficient Photoluminescencein Silicon Nanocrystals, Daniel Hannah 1 , JihuaYang 2 , Paul Podsiadlo 3 , Maria Chan 3 , ArnaudDemortiere 3 , David Gosztola 3 , Vitali Prakapenka 4 ,George Schatz 1 , Uwe Kortshagen 2 , RichardSchaller 1,3 ; 1 Department of Chemistry, NorthwesternUniversity, USA; 2 Department of MechanicalEngineering, University of Minnesota, USA; 3 Centerfor Nanoscale Materials, Argonne National Laboratory,USA; 4 Center of Advanced Radiation Sources,University of Chicago, USA. Discrepancies existsregarding the nature of photoluminescence fromquantum-confined silicon nanocrystals. Here,using hydrostatic pressure, x-ray diffraction, andoptical spectroscopy, we provide fundamentalinsights regarding whether emission arises fromnanocrystal surface or core states.<strong>Tuesday</strong>, <strong>11</strong> <strong>June</strong>Concurrent sessions are grouped across four pages. Please review all four pages for complete session information.1072013<strong>CLEO</strong> <strong>Tuesday</strong>.indd 165/17/13 3:<strong>11</strong> PM
Executive Ballroom210AExecutive Ballroom210BExecutive Ballroom210CExecutive Ballroom210D<strong>CLEO</strong>: <strong>QELS</strong>-<strong>Fundamental</strong> <strong>Science</strong><strong>CLEO</strong>: <strong>Science</strong>& InnovationsQTu2A • HyperbolicMetamaterials I—ContinuedQTu2B • Ultrafast and NonlinearPlasmonics—ContinuedQTu2C • Quantum KeyDistribution—ContinuedCTu2D • Laser Technologies forHigh-intensity Laser Facilities—ContinuedQTu2A.2 • 15:00Nonlocal Optics of Plasmonic NanowireMetamaterials, Brian Wells 1 , Anatoly V. Zayats 2 ,Viktor A. Podolskiy 1 ; 1 Physics and Applied Physics,Univ Massachusets Lowell, USA; 2 Physics, King’sCollege London, United Kingdom. We present ananalytical approach that adequately describes thenonlocal optical response for plasmonic nanowiremetamaterials. The technique provides an insightinto the origin of the additional wave and allowsimplementation additional boundary conditions.QTu2B.5 • 15:00Transverse sum-frequency generation in singlesemiconductor nanowires, Huakang Yu 1 , WeiFang 1 , Fuxing Gu 1 , Weitao Liu 2 , Aimin Wang 3 ,Xing Lin 1 , Liying Chen 1 , Limin Tong 1 ; 1 State KeyLaboratory of Modern Optical Instrumentation,Department of Optical Engineering, ZhejiangUniversity, China; 2 Department of Physics, FudanUniversity, China; 3 Institute of Quantum Electronics,State Key Laboratory of Advanced OpticalCommunication System and Networks, School ofElectronics Engineering and Computer <strong>Science</strong>,Peking University, China. Here we report efficienttransverse sum-frequency generation in singlesemiconductor nanowires with low-power operation,which may serve as broadband tunablecoherent light source for potential application inphysics, chemistry, materials science and biology.QTu2C.4 • 15:00Experimental demonstration of continuousvariablequantum key distribution over 80 km ofstandard telecom fiber, Paul Jouguet 1,2 , SébastienKunz-Jacques 2 , Anthony Leverrier 3,4 , PhilippeGrangier 5 , Eleni Diamanti 1 ; 1 Télécom ParisTech,France; 2 SeQureNet, France; 3 INRIA, France; 4 ETHZurich, Switzerland; 5 CNRS, France. A continuousvariablequantum key distribution experiment usingonly standard telecommunication componentsis presented. We distributed secret keys over 80 kmwhile taking into account finite-size effects and allknown device imperfections.CTu2D.5 • 15:00 InvitedUltra-broadband Front-end Laser Developmentfor the Apollon 10PW Laser, PatrickGeorges 1 , Dimitrios N. Papadopoulos 1,2 , LourdesP. Ramirez 1,2 , Florence Friebel 1 , Alain Pellegrina 2 ,Frédéric Druon 1 ; 1 Laboratoire Charles Fabry, Institutd’Optique, France; 2 Laboratoire d’Utilisationdes Lasers Intenses, Ecole Polytechnique, France. Wepresent the development of the front-end of theApollon 10PW laser. It is based on broadband OP-CPA stages pumped by high energy diode pumpedYb based amplifiers to produce up to 30 mJ, 10-fspulses at 20-100 Hz to seed Ti:Sapphire amplifiers.<strong>Tuesday</strong>, <strong>11</strong> <strong>June</strong>QTu2A.3 • 15:15Control of wetting with hyperbolic metamaterialsand metallic films, Yuri Barnakov 1 ,Damtew Adnew 1 , Thejaswi Tumkur 1 , VladmirGarvrilenko 1 , Carl E. Bonner 1 , Evgenii E. Narimanov2 , Mikhail A. Noginov 1 ; 1 Center for MaterialsResearch, Norfolk State University, USA; 2 BirkNanotechnology Center, Department of Electricaland Computer Engineering, Purdue University,USA. We show that wetting of MgF2 film canbe affected by gold and metamaterial substratesseparated from a water droplet by as much asseveral tens on nanometers.QTu2A.4 • 15:30Rainbow Trapping in Hyperbolic MetamaterialWaveguide, Haifeng Hu 1 , Dengxin Ji 1 , Xie Zeng 1 ,Kai Liu 1 , Qiaoqiang Gan 1 ; 1 EE, State University ofNew York at Buffalo, USA. We propose a hyperbolicmetamaterial waveguide to realize a highly efficientrainbow trapping effect, which can be used todevelop practical on-chip optical super absorberswith a tunable absorption band.QTu2B.6 • 15:15Slow Light Femtosecond Pulses by AdiabaticPlasmonic Nanofocusing, Vasily Kravtsov 1 ,Joanna M. Atkin 1 , Markus B. Raschke 1 ; 1 Departmentof Physics, Department of Chemistry, andJILA, University of Colorado, USA. We demonstratebroadband slow light through adiabatic nanofocusingof surface plasmon polaritons (SPPs) on aconical tip. A few femtosecond group delay fornanofocused pulses is found, corresponding to anSPP velocity of less than 0.2c at the apex of the tip.QTu2B.7 • 15:30Ultrafast interband nonlinear dynamics of surfaceplasmon polaritons in gold nanowires, FabioBiancalana 2,1 , Andrea Marini 1 , Matteo Conforti 3 ,Giuseppe Della Valle 4 ; 1 Max-Planck-Inst Physikdes Lichts, Germany; 2 School of Engineering &Physical <strong>Science</strong>s, Heriot-Watt University, UnitedKingdom; 3 CNISM and Dipartimento di Ingegneriadell’Informazione, Universita’ degli Studi di Brescia,Italy; 4 Dipsrtimento di Fisica, Politecnico di Milano,Italy. We theoretically model the nonlinear dynamicsof plasmonic waves in gold nanowires. We findthat the thermo-modulational nonlinearity of goldleads to a strong spectral redshift of input pulsesin a few microns of propagation.QTu2C.5 • 15:15Expeirmenal Relization of Measurement DeviceIndependent Quantum Key Distribution,Yang Liu 1 , Teng-Yun Chen 1 , Liu-Jun Wang 1 , HaoLiang 1 , Guoliang Shentu 1 , Jian Wang 1 , Ke Cui 1 ,Hua-Lei Yin 1 , Nai-Le Liu 1 , Li Li 1 , Xiongfeng Ma 2 ,Jason S. Pelc 3 , Martin Fejer 3 , Cheng-Zhi Peng 1 ,Qiang Zhang 1 , Jian-Wei Pan 1 ; 1 Shanghai Branch,Hefei National Laboratory for Physical <strong>Science</strong>sat Microscale and Department of Modern Physics,University of <strong>Science</strong> and Technology of China,China; 2 Center for Quantum Information, Institutefor Interdisciplinary Information <strong>Science</strong>s, TsinghuaUniversity, China; 3 E. L. Ginzton Laboratory,Stanford University, USA. We report a completeexperimental realization of measurement deviceindepen- dent quantum key distribution systemwith decoy method, which closes loopholes inboth source and detection. 25-kbit secure key isgenerated over a 50-km fiber link.QTu2C.6 • 15:30A Multi-User Quantum Access Network, BerndFröhlich 1,2 , James F. Dynes 1,2 , Marco Lucamarini 1,2 ,Andrew W. Sharpe 1 , Zhiliang L. Yuan 1,2 , AndrewJ. Shields 1,2 ; 1 Toshiba Research Europe Ltd., UnitedKingdom; 2 Corporate Research & Development Center,Japan. We report stable operation of a multiuserQuantum Access Network over more than 24hours. We connect multiple quantum transmittersto a single quantum receiver by pre-compensatingall phase and polarisation fluctuations.CTu2D.6 • 15:30Conceptual Design of the Laser Systems for theAttosecond Light Pulse Source, S. Banerjee 2 , M.Baudish 3 , Jens Biegert 3,4 , A. Borot 5 , A. Borzsonyi 6 ,Dimitrios Charalambidis 1,7 , Todd Ditmire 8 ,Zsolt Diveki 1,9 , P. Dombi 1,10 , Klaus Ertel 2 , M.Galimberti 2 , J. Fulop 1,<strong>11</strong> , E. Gaul 8 , Constantin L.Haefner 12 , M. Hemmer 3 , C. Hernandez-Gomez2 2 ,M. Kalashnikov 1,13 , D. Kandula 13 , A. Kovacs 6 , R.Lopez-Martens 1,5 , Paul D. Mason 2 , I. Marton 10 ,I. Musgrave 2 , Karoly Osvay 1,6 , M. Prandolini 15 , E.Racz 1,15 , P. Racz 10 , R. Riedel 14 , I. Ross 2 , J. Rosseau 5 ,M. Schulz 16 , F. Tavella 14 , Alexandre Thai 3 , I. Will 13 ;1ELI-HU Nkft., Hungary; 2 Central Laser Facility,Rutherford Appleton Laboratory, United Kingdom;3ICFO Institut de Ciencies Fotoniques, Spain;4ICREA-Institució Catalana de Recerca i EstudisAvançats, Spain; 5 Laboratoire d’Optique Appliquee,ENSTA ParisTech, Ecole Polytechnique CNRS deRecerca i Estudis Avançats, France; 6 University ofSzeged, Hungary; 7 FORTH, Greece; 8 University ofTexas, USA; 9 Imperial College, United Kingdom;10Wigner Research Centre for Physics, Hungary;<strong>11</strong>MTA-PTE High-Field THz Research Group, Hungary;12 Lawrance Livermore National Laboratory,USA; 13 Max-Born-Institut, Germany; 14 HelmholtzInstitute, Germany; 15 Obuda University, Hungary;16Deutsches Elektronen Syncrotron, Germany. Thehigh repetition rate laser systems providing theELI-ALPS facility with TW-to-PW peak intensitypulses are designed to generate secondary lightsources with a duration of tens of attosecond forbasic and applied researches.108<strong>CLEO</strong>: 2013 • 9–14 <strong>June</strong> 20132013<strong>CLEO</strong> <strong>Tuesday</strong>.indd 175/17/13 3:<strong>11</strong> PM