PORTO / Santa Barbara / San Antonio / Austin / Rio de Janeiro / Boston / Cambridge / Columbus / Sao Paulo / Campinas / San Diego / /
Company
Argonne National Laboratory / Hybrid Systems / CDW / Complex Quantum Systems / Woo Chang Chung / Feynman / G.A. Siviloglou / W.C. Burton / Microsoft / APL / H. Miyake / C.J. Kennedy / Google / /
Country
Brazil / China / Germany / United States / /
Currency
pence / /
Event
Business Partnership / Product Issues / Product Recall / /
Facility
Syracuse University / Hong Kong University of Science / University of Cologne / Joint Quantum Institute/ Cornell University/ National Institute of Standards / University of Sydney / University of Western Australia / Munich University of Technology / Joint Quantum Institute / University of Waterloo / Dartmouth College / Georgia Regents University / California Institute of Technology / University of California / Harvard University / Whispering Gallery / National University of Singapore / Florida State University / College of William / University of Silesia / Korea Research Institute of Standards / University of Science / Institute of Physics / Hangzhou Normal University / The Ohio State University / Federal University of Rio de Janeiro / Northwestern University / Southeast University / University of Geneva / The Chinese University of Hong Kong / University of Erlangen-Nuernberg / Koc University / RMIT University / University of California/San Diego / The University of Hong Kong / University of Massachusetts / University of Texas / Technology/ University of Maryland / University of Wisconsin / The University of Western Australia / University of Vermont / University of Pittsburgh / The University of Tokyo / University of Chicago / The University of Texas / James Franck Institute / University of Maryland / Rice University / McGill University / Seoul National University / /
IndustryTerm
boson sampling device / condensed matter systems / low dimension systems / energy / technological applications / asymmetric collective-mode energy / linear algorithm / power law / control and sensing protocols / open quantum systems / give protocols / electromechanical systems / chemical potential / quantum systems / functionality to quantum systems / low-energy theory / engineered quantum technologies / on-chip / numerical solution / control protocol / quantum electro-mechanical device / thin-film processing / bounded energy scales / disparate technologies / electro-mechanical systems / entanglement entropy area law / linear quantum algorithm / quantum information processing / energy equipartition theorem / respective energy distributions / quantum information network / versatile tool / quantum processor / randomized algorithm / constant time algorithm / qubit device / nonlinear systems / quantum device / quantum computing / physical systems / quantum solution / conceptual tool / quantum devices / feasible protocol / famous solution / low energy physics / zero-energy edge state / volume law / search algorithm / large-scale quantum applications / large spin systems / quantum kinetic equation accounting / macroscopic devices / quantum algorithms / /
MusicGroup
Hofstadter / /
OperatingSystem
Fermi / AROs / DOS / /
Organization
Georgia Regents University / Ecole Polytechnique Federale de Lausanne / University of California / University of Hong Kong / Hong Kong / University of Texas at Austin / Seoul National University / University of Maryland / Chinese University of Hong Kong / University of Sydney / Institute of Standards / Brookhaven National Lab / University of Texas at San Antonio / San Antonio / Rice University / McGill University / Massachusetts Institute of Technology / James Franck Institute / Cornell University / University of Pittsburgh / Hangzhou Normal University / Florida State University / The Ohio State University / Universitat Heidelberg / RMIT University / Melbourne / University of Massachusetts / National Science Foundation / National University of Singapore / Syracuse Univ / Northwestern University / Hong Kong University of Science and Technology / Los Alamos Natl Lab / US DOE / Humboldt / Univ of Texas / Extended Church / University of Western Australia / ARC Centre of Excellence for Engineered Quantum Systems / Federal University of Rio de Janeiro / University of Erlangen-Nuernberg / Ohio State Univ / Polish National Science Center / University of Wisconsin / Madison / Univ of Toronto / University of Texas at Dallas / Max-Planck-Institut f¨ / U.S. Army Research Office / University of Geneva / University of Tokyo / Joint Quantum Institute / Dartmouth College / University of Science and Technology of China / Natl High Magnetic Field Lab / University of Cologne / European Union / NYU / California Institute of Technology / University of Vermont / Harvard University / College of William and Mary / School of Physics / Center for Complex Quantum Systems / University of Chicago / Chicago / Univ of Pittsburgh / University of Waterloo / Korea Research Institute of Standards and Science / Department of Physics / Institute of Physics / Univ of California / Munich University of Technology / Koc University - Istanbul / Southeast University / Nanjing / University of Silesia / National Aeronautics and Space Administration / Syracuse University / Center of Theoretical and Computational Physics / /
Person
JOHANNES BAUER / KEITH SCHWAB / Tom Wong / Bethe ansatz / MARK RAIZEN / MICHAEL SCHMIDT / STEFAN SORG / AARON WEINSTEIN / Annica M. Black-Schaffer / JONATHAN PRITCHARD / PIOTR SUROWKA / STEPHEN JORDAN / HUGO HAO / LINDA REICHL / SEUNG-BO SHIM / ANJA METELMANN / RAMI BARENDS / FRANK VAN KANN / FRANCISCO ROUXINOL / ALESSANDRO CASTELLI / Keith Lee / ULRICH SCHOLLWOCK / SHI-ZHONG ZHANG / RAIMUNDO R. DOS SANTOS / WEN-YU HE / LASZLO TOTH / SIMONE CHIESA / ZLATKO KOINOV / MING GONG / JAY SHARPING / ADRIAN DEL MAESTRO / YONG XU / RAYMOND CHIAO / MARCO TAVORA / STEFFEN GLASER / MIKLOS SANTHA / AMIR CALDEIRA / JOSHUA ISAACS / MICHAEL BIERCUK / PAVEL BUSHEV / PRATIK RATH / THIERRY GIAMARCHI / MICHAEL TOBAR / NATALIA CARVALHO / MARK SAFFMAN / KIRILL PLEKHANOV / WOLFGANG KETTERLE / TIAGO MENDES / CHRISTIANE KOCH / DAVID MEYER / PETER ROSENBERG / ERICH GUST / DAVID RIEGLER / Adolfo del Campo / JEAN-MICHEL LE FLOCH / ROBERT MCDERMOTT / RAFAEL MENDOZA / MANUEL ENDRES / Alexander V. Balatsky / IAN SPIELMAN / STEFANIA CASTELLETTO / LAUREN AYCOCK / YASUNOBU NAKAMURA / NEIL ROBINSON / SANG GOON KIM / MATTHEW BECK / JEN-FENG HSU / Martin Zwierlein / DINA GENKINA / John Preskill / WARRICK FARR / David Pekker / ACHIM ROSCH / KOJI USAMI / LUIS MARTINEZ / DANIEL CREEDON / STEFAN NATU / EMMA WOLLMAN / SHANNA PAHL / FLORIAN MARQUARDT / MACIEJ MASKA / ALEXEY FEOFANOV / TOBIAS J. KIPPENBERG / LEV VIDMAR / Albert Einstein / ADRIAN KANTIAN / MIKHAIL KOSTYLEV / SHUN UCHINO / ATSUSHI NOGUCHI / Nathan Wiebe / JERRY SPEER / WILLIAM COLE / CIARAN ARUN PARAMEKANTI / EUGENE IVANOV / Joao del Rei / BEN STUHL / FABIAN HEIDRICHMEISNER / YUTAKA TABUCHI / /
APS March Meeting 2015 San Antonio, Texas http://www.aps.org/meetings/march/index.cfm Monday, March 2, 2015 8:00AM - 11:00AM