Piscataway / San Antonio / Berlin / Cambridge / Nijmegen / Paris / Munich / Pittsburgh / Ankara / Grenoble / Shanghai / Rehovoth / Bengaluru / Toulouse / CSIR / /
Company
Argonne National Laboratory / W. Zhao / J. S. Moodera / M. H. W. Chan / Vanadium / FCC Ag / B. A. Assaf / Ref / AMR / Ames Laboratory / S. C. Zhang / D. Y. Kim / Francis Bitter Magnet Laboratory / 006D - Christian Platt / Diodes / Bi2 Se3 Thin Films / C. Liu / IBM / Ge / Oak Ridge National Laboratory / Sivananthan Laboratories / D. Heiman / H. Zhang / /
Country
China / Columbia / Netherlands / France / India / Germany / Turkey / United States / /
Shanghai Synchrotron Radiation Facility / University of Houston / University of Missouri-Columbia / Northeastern University / University of South Dakota / Stanford University / University of Copenhagen / Ohio University / Weizmann Institute of Science / Shanghai Jiao Tong University / Shippensburg University / Pennsylvania State University / Purdue University / Institute of Theoretical Physics / State College / University of Tennessee / University of Newcastle / Princeton University / Physics Frontier Center / Shanghai Institute of Applied Physics / University of Science / Quantum Phenomena Institute / University of Oxford / Boston College / Institute of Physics / West Virginia University / University of Nebraska-Lincoln / Karlsruhe Institute of Technology / University of Arkansas / INSTITUTE FOR MOLECULES AND MATERIALS TEAM / Indian Institute of Science / Massachusetts Institute of Technology / The Scripps Research Institute / College Park / Duke University / Rutgers University / Iowa State University / Poznan University of Technology / University of Illinois at Chicago / Roadbed University / Penn State University / Eindhoven University of Technology / University of Pittsburgh / University Park PA / Niels Bohr Institute / University of Maryland / Gazi University / Rice University / University of Pennsylvania / /
IndustryTerm
energy levels / nanowire hybrid devices / metal regions / carrier density / optical energy / metal layers / energy / chemical reactions / dissipationless electronic applications / bulk charge carrier density / nanophotonic applications / e-beam / chemical bonds / photonic devices / chemical potential vs / plasmonic systems / energy transfer quenching / optical devices / conductance map imaging / free energy / chemical catalysts / metal-oxidesemiconductor field-effect transistors / adjustable photon energy / low-energy wave functions / chemical potential / optoelectronic applications / simultaneous solution / metal film / chemical composition / chemical properties / high-k/metal gate stacks / spin transfer torque devices / similar nanoantenna systems / freedom systems / low-energy effective model / n-channel devices / zero-energy modes / normal metal / imaging / metal work functions / metal work function / metal / metal/semiconductor interfaces / minority carrier band / ultra-sensitive chemical sensors / ultrafast nanophotonic communication systems / electronic devices / metal-insulator interface / plasmonic devices / magnetic bi-layer systems / metal hybrid structures / bulk charge carrier type / thin metal overlayers / lithographically-fabricated metal-insulator-metal waveguides / magnetoelectric devices / sub-wavelength imaging / energy range / nanophotonic devices / higher binding energy / charge carrier density / energy gap opening / spectroscopic imaging / real time analytical detection mechanism / energy lies / /
NaturalFeature
Ag islands / positive/negative Hall plateaus / SINAI / /
OperatingSystem
ISIS / Fermi / LDOS / /
Organization
Poznan University of Technology / U.S. Department of Energy / University of Maryland / University of Science and Technology / Polish Ministry of Science and Higher Education / Physics Department / Los Alamos National Lab / Nanoscale and Quantum Phenomena Institute / Oak Ridge National Lab / University of Illinois at Chicago / University of Missouri / Rice University / Naval Research Lab / Massachusetts Institute of Technology / Iowa State University / State College / Physics Frontier Center / Polish Academy of Sciences / Eindhoven University of Technology / University of Oxford / Maryland Startup Fund / University of Pittsburgh / University of Science / Gazi University / Shanghai Jiao Tong University / Fritz-Haber-Institut / Welch Foundation / University of Nebraska-Lincoln / Science / Basic Energy Sciences / Materials Sciences and Engineering Division / Institute of Theoretical Physics / Pennsylvania State Univ. / National Science Foundation / Ohio University / University of Pennsylvania / Northeastern University / Boston / Northwestern University / Department of Physics and Astronomy / Boston College / Pennsylvania State University / Condensed Matter Theory Center / University of Arkansas / Purdue University / University of Newcastle / office of Science / Niels Bohr Institute / Shippensburg University / Institut N´ / Shanghai Institute of Applied Physics / University of Pittsburgh / Pittsburgh / Virginia Tech / Scripps Research Institute / University of New Mexico / STC Center for Integrated Quantum Materials / Ohio University / Athens / Institute for Iron Research / Rutgers University / Princeton University / University of South Dakota / Duke University / Ecole Normale Sup´ / South Dakota School of Mines and Technology / Federal Communications Commission / Seoul Natl Univ / California State University / University of Houston / Scientific User Facilities Division / Center for Metamaterials and Integrated Plasmonics / INSTITUTE FOR MOLECULES AND MATERIALS TEAM / Weizmann Institute of Science / Columbia Univ / Nagoya Univ / Aalto University School of Science / Chinese Academy of Sciences / Indian Institute of Science / Harvard University / West Virginia University / U.S. National Science Foundation / National Research Foundation of Korea / Center for Metamaterials / University of Maryland / College Park / Department of Physics / Institute of Physics / Penn State University / Francis Bitter Magnet Lab / Department of Electrical and Computer Engineering / Stanford University / Roadbed University / Universitat / Faculty of Sciences / Volkswagen Foundation / University of Tennessee / Knoxville / Univ of Tokyo / University of Copenhagen / /
Person
EVA-MARIA ROLLER / CHRISTOS ARGYROPOULOS / ABBAS MAROOF / ERIK BAKKERS / NOBORU TAKEUCHI / ADRIANA FIGUEROA / Nat / SEBASTIEN PLISSARD / MARIAN RADNY / TOMASZ GRZELA / DAVID FRENCH / MARY BERRY / SUSAN KEMPINGER / RAVI HADIMANI / CHAO FANG / SAHAR ALIALY / JAMES HARRIS / TIMOTHY CHARLTON / WEI-KAN CHU / ALEXANDER O. GOVOROV / SERGEY FROLOV / JOSEPH HERZOG / DAVID JILES / MINH NGUYEN / GIOVANNI CAPELLINI / HUI ZHANG / WOJCIECH KOCZOROWSKI / SEAN LANGRIDGE / PATRICK RINKE / TANYA GUPTA / JAMES HANNON / HOLGER DREES / CHRIS SHEEHAN / THORSTEN HESJEDAL / HYUN-TAK KIM / OLIVER T. HOFMANN / ALEXANDER BAKER / THANG HOANG / AKASH PUSHP / Francesca Cavallo / JAKE FONTANA / JAMIE PHELPS / MYUNG JOON HAN / P. STANLEY MAY / KEE JOO CHANG / YING-TZU HUANG / JUN CHEN / RONALD RENDELL / OLEKSIY KASHUBA / THOMAS SCHROEDER / NUH GEDIK / Federico Capasso / YAN NI / ARTHUR SMITH / CRISTIAN CIRACI / DON HEIMAN / DONG-GUK CHO / PAVEL BORISOV / DIANA CAR / MICHAEL GRAMLICH / AMIT NAG / STEVEN SCHOFIELD / BONG-JUN KIM / PAOLO VILMERCATI / PAUL MICELI / IRA HOCEVAR / TIM LIEDL / PETER NORDLANDER / OANA MANDRU / NEIL CURSON / DANIEL MULUGETA / GEORG HEIMEL / NINA-JULIANA STEINKE / CHRISTY KINANE / KAROL JAROLIMEK / EBRAHIM HAZRATI / TRENT JOHNSON / PHILIP BRYDON / JULIE BORCHERS / SHAWN HAYDEN / DAVID SMITH / STEPHEN BAUMAN / CAMERON SAYLOR / RENEE D. DIEHL / CARSTEN TIMM / GANG CHEN / ANTHONY RICHARDELLA / MATTHIAS SCHEFFLER / OFER SINAI / ANDY KELLOCK / ALEX GRUTTER / JENNIFER HOLLINGSWORTH / ALEX TAEKYUNG LEE / MICHAEL MARZ / JENS PAASKE / JARED DAY / YUKIO TANAKA / JOHN JOHNSON / JON FISHER / STEVE SMITH / SARA HARRISON / /
APS March Meeting 2015 San Antonio, Texas http://www.aps.org/meetings/march/index.cfm Monday, March 2, 2015 8:00AM - 11:00AM