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Radiophysics and Quantum Electronics

Statistics of photocounts recorded by a detector with variable quantum efficiency

Александр Сергеевич Мазманишвили

Published Aug 1, 1998• 0 citations
Publisher
DOI
10.1007/bf02676477

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The relation between the statistics of photons in input light on a detector and the measured photocounts by the detector is discussed. The averages and variances of the photocounts are compared with the averages and variances of input photons on practical detectors having quantum efficiencies of μ\muμ . This comparison was made for three kinds of inputs which include Fock state light, coherent light, and thermal light. The calculations were carried out based on the combined operator model for a detector having less-than-unit quantum efficiency.
The relation between the statistics of photons in input light on a detector and the measured photocounts is discussed for two types of light measurement, i.e., single photocount with one detector and coincidence detection with two detectors. The averages and variances of the measured photocounts are compared with the averages and variances of input photons on practical detectors having quantum efficiencies of /spl mu//sub 1/ and /spl mu//sub 2/. The calculations are carried out based on the combined operator model for a detector having less-than-unity quantum efficiency.