The PF32 range has the single-photon sensitivity required to enable many Quantum applications
With an array of high throughput single-photon detectors, free-space QKD can deal more easily with turbulence moving the beam, quantum random number generation can output at a higher rate, and quantum imaging can be performed without scanning.
Quantum Random Number Generation with a SPAD array
Researchers from Shanxi University used the PF32 camera to enable quantum random number generation at high rates as discussed further in the paper ‘Efficient multidimensional quantum random number generator using a CMOS SPAD array‘
Free-space QKD with a SPAD camera
Researchers from Heriot-Watt University used the PF32 camera to investigate free-space QKD. You can read more here An investigation of jamming in free-space quantum key distribution
Quantum imaging
In another paper from Shanxi University, our customers used the PF32 camera to perform quantum compressed imaging: 10-km passive drone detection using broadband quantum compressed sensing imaging.
