Asymptotically good Fock-state codes are built from random classical codes in the discrete simplex to correct linearly many photon losses under amplitude-damping noise, with bounded per-mode occupancy.
Watrous.The Theory of Quantum Information
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Quantum finite automata require Θ(c q²) classical states to simulate exactly in the hybrid case and Θ(n²) in the measure-once case under strict cutpoints.
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Asymptotically good bosonic Fock state codes
Asymptotically good Fock-state codes are built from random classical codes in the discrete simplex to correct linearly many photon losses under amplitude-damping noise, with bounded per-mode occupancy.
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On the Simulation Cost of Quantum Finite Automata
Quantum finite automata require Θ(c q²) classical states to simulate exactly in the hybrid case and Θ(n²) in the measure-once case under strict cutpoints.