Rigid Quantum Secret Sharing Based on Cavity QED Through an Amplitude-Damping Noisy Channel

Abstract

A proposed model of quantum transmission of a secret message through an amplitude-damping noisy environment via Fock cavity field is achieved. The process is based on the contribution of a cavity QED, to have a rigidity against the eavesdropping attacks. Indeed, the interaction time, the strength coupling and the Fock field number also control the… (More)

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