Ongoing and Recent Academic Collaborations

Serge Charlebois, Jean-François Pratte, Université de Sherbrooke
Single photon detector arrays
Mihaela Vlasea, Vlad Paserin, U Waterloo
Study on use of additive manufacturing techniques for quantum devices.
Paul Kwiatt University of Illinois at Urbana Champaign
Nano satellite projects
Michael Reimer, U Waterloo
Uses of quantum dots for quantum communication/sensing applications
Martin Rochette, McGill
Study of photon conversion in micro-wire, (PRA 2014, APL 2015).
Kevin Resch, U Waterloo
Very tight collaboration on the generation of photon triplets in cascaded SPDC, locality-loop-hole free tests of quantum entanglement (Nature 2010, Nature Phys. 2012, Nature Comm. 2013, Nature Phot. 2014, Nature Phot. 2014).
Sae-Woo Nam and Krister Shalm, NIST Boulder
For creating entangled photon triplets as well as towards loop-hole free Bell-tests (Nature Phot. 2014).
Alberto Tosi, Milano
Experimental study of advanced single-photon detectors and arrays (Sci. Rep. 2014, J. Appl. Phys. 2014).
Vadim Makarov, U Waterloo
Study on the security of free space quantum links; detectors for the satellite payload (several publications submitted).
Robert Zee, UToronto
Satellite systems.
Christoph Simon, U Calgary
Study of three-photon entanglement (Nature Phys 2013), quantum repeaters (submitted).
Amr Helmy, U Toronto
Study of entangled source based on AlGaAs samples (Sci. Rep. 2013).
Adan Cabello, Seville
Experiments on qutrit protocols (PRA 2012) and Bell-tests.
Urbasi Sinha, RRI
Multi-dimensional systems, satellite quantum sources.
Anton Zeilinger and Rupert Ursin, Vienna
Collaboration on the European quantum satellite project, ultra-long-distance quantum teleportation (Nature Phys. 2012).
Alipasha Vaziri, Vienna
Study of entanglement enhanced two-photon absorption.
Gregor Weihs, Innsbruck
ending short-wavelength entangled photons over telecom fibres (APL 2010), and ultra-stable interferometers for photon triplets.