The paper proposes steganographic protocols for transmitting quantum entanglement disguised as thermal noise, enabling hidden nonclassical state teleportation even against an active eavesdropper.
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Fidelity of quantum teleportation drops polynomially with noise strength but only linearly at low noise levels for depolarization, bit-flip, and phase-flip channels.
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Steganographic Entanglement Sharing
The paper proposes steganographic protocols for transmitting quantum entanglement disguised as thermal noise, enabling hidden nonclassical state teleportation even against an active eavesdropper.
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Analysis of State Teleportation using Noisy Quantum Gates
Fidelity of quantum teleportation drops polynomially with noise strength but only linearly at low noise levels for depolarization, bit-flip, and phase-flip channels.