We analyze the effects of some stochastic deviations from the ideal response in silicon photomultipliers that prove to be detrimental for the measurement of quantum properties of light. We demonstrate that an optimized operation mode can overcome some limitations of the detectors allowing the characterization of entanglement in mesoscopic twin-beam states.

Effects of nonideal features of silicon photomultiplier on the measurements of quantum correlations

Chesi G.;Allevi A.;
2020

Abstract

We analyze the effects of some stochastic deviations from the ideal response in silicon photomultipliers that prove to be detrimental for the measurement of quantum properties of light. We demonstrate that an optimized operation mode can overcome some limitations of the detectors allowing the characterization of entanglement in mesoscopic twin-beam states.
entanglement; multi-pixel photon counter; Quantum optics
Chesi, G.; Allevi, A.; Bondani, M.
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/11383/2087706
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