Quantum optics; Coherent Control; Light-Matter interaction; Entanglement
Lerch Stefan, Guerreiro Thiago, Sanguinetti Bruno, Sekatski Pavel, Gisin Nicolas, Stefanov André (2017), Entanglement, uncertainty and dispersion: a simple experimental demonstration of non-classical correlations, in Journal of Physics B: Atomic, Molecular and Optical Physics
, 50(5), 055505.
Kohn Jos, Ryser Manuel, Scheffold Frank, Stefanov André (2017), High precision dispersion measurement with a multi-loop Mach-Zehnder interferometer, in Optical Fiber Technology
, 36, 203-209.
Stefanov André (2017), On the role of entanglement in two-photon metrology, in Quantum Science and Technology
, 2, 025004.
Gasparini Leonardo, Bessire Bänz, Unternährer Manuel, Stefanov André, Boiko Dmitri, Perenzoni Matteo (2017), SUPERTWIN: towards 100kpixel CMOS quantum image sensors for quantum optics applications, in Proc. SPIE 10111, Quantum Sensing and Nano Electronics and Photonics XIV
Schwarz Sacha, Bessire Bänz, Stefanov André, Liang Yeong-Cherng (2016), Bipartite Bell inequalities with three ternary-outcome measurements—from theory to experiments, in New Journal of Physics
, 18(3), 035001-035001.
Bernhard Christof, Bessire Bänz, Feurer Thomas, Stefanov André (2016), Broadband energy-entangled photon for high resolution temporal sensing, in SPIE BiOS
, San Francisco, California, United States.
Unternährer Manuel, Bessire Bänz, Gasparini Leonardo, Stoppa David, Stefanov André (2016), Coincidence detection of spatially correlated photon pairs with a monolithic time-resolving detector array, in Optics Express
, 24(25), 28829-28829.
Schwarz Sacha, Stefanov André, Wolf Stefan, Montina Alberto (2016), Optimal measurements for nonlocal correlations, in Physical Review A
, 94(2), 022322-1-022322-13.
Lerch Stefan, Stefanov André (2016), Ultrashort pulses characterization by quantum state tomography, in Optics Express
, 24(26), 30088-30088.
This project aims at studying the interaction between non-classical light and matter in a novel way, by shaping the wave-function of entangled photons. Broadband entangled photons offers the unique capability of combining narrow energy spectrum, from the pump, and strong temporal correlations, between the photons. Those features are at the heart of entangled photon spectroscopy, promising a better resolution of complex molecular spectrum.The goal is to experimentally implement such spectroscopy. In addition energy entangled photons offer novel features to encode high dimensional entangled quantum states and as such to test various Bell inequalities.