Simulated annealing on Ewald-mapped Ising Hamiltonians delivers 30-300x speed-ups over exhaustive search while recovering lowest-energy configurations in CaYAlO4, β-KSbF4, and Ba-doped SiAlON; quantum annealing works only for the smallest case.
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Application and Performance Assessment of Annealing Methods for Electrostatic-Energy-Based Configuration Search in Mixed Crystals
Simulated annealing on Ewald-mapped Ising Hamiltonians delivers 30-300x speed-ups over exhaustive search while recovering lowest-energy configurations in CaYAlO4, β-KSbF4, and Ba-doped SiAlON; quantum annealing works only for the smallest case.