KEYWORDS: Time correlated single photon counting, Distortion, Single photon avalanche diodes, Ultrafast phenomena, System integration, Single photon detectors, Photon counting theory, Laser frequency, Detection and tracking algorithms, Design and modelling
Time Correlated Single Photon Counting (TCSPC) has been historically subject to the count-rate vs distortion tradeoff. Several attempts to work around this limitation have been reported in the literature, either based on multichannel systems or on post-processing correction algorithms.
In this work, we’ll show how distortion can be avoided by exploiting additional information on the system status acquired during the whole experiment. We’ll provide evidence that a new research line can finally combine all the advantages of TCSPC with very high speed. Starting from on-field results, we’ll present the novel technique providing design guidelines for next-generation ultrafast TCSPC acquisition systems.
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