Coincidence Correlation and Counting

A key method for single photon based quantum technologies

 

Photon coincidence detection, coincidence correlation and coincidence counting are fundamental methods in optical quantum technologies. Typical examples are Hanbury-Brown-Twiss set-ups to study single photon sources, quantum communication and quantum key distribution (QKD), the study of entanglement using Hong-Ou Mandel (HOM) set-ups,
Bell state measurements, or experiments on quantum gates towards the development of quantum computers. Time-tagging devices from PicoQuant are ideal for such applications, as they record absolute signal arrival times on several detection channels in parallel.
 
 
  

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General scheme

Coincidence counting
Coincidence correlation

Typical set-ups and results

Applications

Time taggers and software


It's about time.

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