Experimental demonstration of entropic-singularity-induced nonadditive coherent information using a qutrit platypus channel and amplitude-damping channel on a photonic platform with six-dimensional entanglement.
Devetak, The private classical capacity and quantum capacity of a quantum channel, IEEE Transactions on Information Theory51, 44 (2005)
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Quantum capacity of 4D MAD channels is analyzed with a technique valid outside degradable regimes, and the complete degradability region is characterized for general d-dimensional MAD channels.
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Experimental observation of entropic-singularity-induced nonadditive quantum communication in a qutrit platypus channel
Experimental demonstration of entropic-singularity-induced nonadditive coherent information using a qutrit platypus channel and amplitude-damping channel on a photonic platform with six-dimensional entanglement.
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Quantum capacity analysis of finite-dimensional lossy channels
Quantum capacity of 4D MAD channels is analyzed with a technique valid outside degradable regimes, and the complete degradability region is characterized for general d-dimensional MAD channels.