… single-photon sources can be excited under different optical pumping schemes, and we
aim to provide a fair comparison of their performance for quantum cryptography. … single-photon …

… Additionally, zero photon-number coherence significantly enhances the security of various
quantum cryptographic protocols, providing robust protection against potential threats [14,16,…

… as linear optical quantum computing take advantage of the fact that quantum-mechanical …
a true single-photon source. Protocols to increase the security of QKD based on these sources …

… quantum key distribution protocol with two quantum … single-photon distribution of the
emitter and hacking the security of the protocol. Sub-Poisson light with low g (2) (0) can improve …

… We achieve this by employing a state-of-the-art deterministic single-photon source based
on the Purcell-enhanced emission of a semiconductor quantum dot in combination with fast …

… of single-photon quantum cryptography schemes. In the ideal case, a single photon can be
… under reX (blue dots) and stiX (red dots) manifest the enhancement of photon counts when …

… the complexity of quantum photonic devices, increasing their … reach unity, the single-photon
source is optimal for quantum … , for example, some quantum key distribution protocols). The …

… Quantum light sources emitting triggered single photons or entangled photon pairs have
the potential to boost the performance of quantum key distribution (QKD) systems. Proof-of-…

… the devices used for single-photon and entangled-photon … quantum key distribution
protocols using quantum dot based … This enabled a significant improvement in the single-photon …

… Quantum memories matched to single photon sources will … For example, highspeed quantum
cryptography networks can … The noise level will be reduced by enhancing the pumping …