Quantum anharmonic effects, computed with neural canonical transformations, lower the bcc-fcc transition temperature in lithium, and hybrid functional corrections stabilize the high-pressure oC88 phase.
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Neural Canonical Transformations for Quantum Anharmonic Solids of Lithium
Quantum anharmonic effects, computed with neural canonical transformations, lower the bcc-fcc transition temperature in lithium, and hybrid functional corrections stabilize the high-pressure oC88 phase.