Local 2D and 3D Reed-Muller distillation factories achieve output infidelities down to 8.256e-9 for CCZ states and 1.1811e-17 for T states from 10^{-3} input infidelity.
Resilient quantum computation.Science, 279(5349):342–345
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Noisy IBM quantum circuits reproduce short-time population dynamics of a biased exciton dimer against HEOM benchmarks, with fitted parameters showing linear dependence on noisy-gate frequency to enable interpolation, extended via TTM.
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Quantum Simulation of Dissipative Energy Transfer via Noisy Quantum Computer
Noisy IBM quantum circuits reproduce short-time population dynamics of a biased exciton dimer against HEOM benchmarks, with fitted parameters showing linear dependence on noisy-gate frequency to enable interpolation, extended via TTM.