QRNG using photon arrival times from NV centers in nanodiamonds achieves rates from 0.173 to 4.77 Mbits/s with min-entropy close to 1 and passes ENT/NIST tests without post-processing.
We simply need to find the prob- ability ofnphotons fromNsingle-photon emitters ar- riving during a time interval of lengtht, which we de- note byP (N) t (n)
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Demonstration of quantum random number generation using nitrogen vacancy centres
QRNG using photon arrival times from NV centers in nanodiamonds achieves rates from 0.173 to 4.77 Mbits/s with min-entropy close to 1 and passes ENT/NIST tests without post-processing.