Diabatic quantum annealing offers a controllable unitary Boltzmann sampler with temperature determined by annealing rate, achieving accurate results for ferromagnetic Ising and SK models in the high-temperature regime.
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Boltzmann Sampling by Diabatic Quantum Annealing
Diabatic quantum annealing offers a controllable unitary Boltzmann sampler with temperature determined by annealing rate, achieving accurate results for ferromagnetic Ising and SK models in the high-temperature regime.