Quantum calculations on an ab initio-parametrized Heisenberg model for hematite give a closer match to the experimental low-temperature spin-flop field than classical approximations.
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Quantum fluctuations determine the spin-flop transition in hematite
Quantum calculations on an ab initio-parametrized Heisenberg model for hematite give a closer match to the experimental low-temperature spin-flop field than classical approximations.