Development of high-performance multi-channel systems for ultra-fast next-gen TCSPC applications.
My PhD research redefined the limits of ultra-fast, Time-Correlated Single Photon Counting (TCSPC) systems for next-gen applications, effectively addressing distortion limitations. This involved exploring strategies to minimize detector and electronics dead time, using various single-photon detectors such as SPADs driven by AQCs, hybrid photodetectors, and SiPMs; investigating multi-hit conversion electronics techniques that offer negligible dead time and developing multi-channel systems capable of detecting multiple photons simultaneously within a single excitation period. To elevate performance even further, I'm researching real-time, distortion-free algorithms that set a new standard for TCSPC speed and precision across multiple applications.
Back to Current Students