Boston / New York / Paris / Tokyo / Munich / Vienna / Canary / /
Company
Cambridge University Press / R. Yu S. P. / IAC / Wheeler / Google / Cavendish Laboratory / Engineered Quantum Systems / Princeton University Press / Communication Technology / Quantum Computer / Centre / World Scientific Publishing Company / /
Country
Germany / Austria / United States / Canada / Australia / United Kingdom / / /
Facility
Optical Ground Station / Max Planck Institute of Quantum Optics / University of Cambridge / University of Queensland / University of Innsbruck / University of Waterloo / Science’s Institute / University of Vienna / /
IndustryTerm
physical communications / individual systems / research training network / electronics / /
NaturalFeature
Canary Islands / La Palma / Tenerife / /
Organization
Cambridge University / Centre for Engineered Quantum Systems / School of Mathematics and Physics / Institute for Quantum Computing / Physics Society of Japan / Ce Lab / Department of Physics and Astronomy / Austrian Science Foundation / Princeton University / University of Waterloo / Vienna Center for Quantum Science and Technology / Max Planck Institute of Quantum Optics / Centre for Quantum Computer and Communication Technology / Austrian Academy of Science / Federal Government / University of Queensland / Brisbane / University of Cambridge / Science’s Institute for Quantum Optics / Is Lab / University of Vienna / Faculty of Physics / European Commission / Austrian Academy of Sciences / University of Innsbruck / Institut d’Optique / /
Person
B. Dopfer / J. Charles L. Harper / Johannes Kofler / F. Sanchez / /
A non-local quantum eraser Xiao-song Ma,1, 2, ∗ Johannes Kofler,1, 3 Angie Qarry,1, 2 Nuray Tetik,1, 2 Thomas Scheidl,1 Rupert Ursin,1 Sven Ramelow,1, 2 Thomas Herbst,4, 1 Lothar Ratschbacher,1, 2, 5 Alessandro Fedrizz