A new deterministic-loop SSE algorithm for quantum antiferromagnets in staggered fields reduces Monte Carlo CPU time relative to directed-loop updates while enabling separate longitudinal and transverse mode studies.
Title resolution pending
3 Pith papers cite this work. Polarity classification is still indexing.
3
Pith papers citing it
years
2026 3verdicts
UNVERDICTED 3representative citing papers
Spinon excitations generate direct current via the shift current mechanism in a noncentrosymmetric 1D XXZ antiferromagnet with magnetoelectric coupling.
First-principles calculations map the effect of individual infrared-active phonon modes on the magnetic exchange parameters of Y3Fe5O12 via changes in Fe-O-Fe geometry.
citing papers explorer
-
Deterministic Loop Stochastic Series Expansion Algorithm for Quantum Spin Models in Magnetic Fields
A new deterministic-loop SSE algorithm for quantum antiferromagnets in staggered fields reduces Monte Carlo CPU time relative to directed-loop updates while enabling separate longitudinal and transverse mode studies.
-
Spinon shift current in a noncentrosymmetric quantum spin chain
Spinon excitations generate direct current via the shift current mechanism in a noncentrosymmetric 1D XXZ antiferromagnet with magnetoelectric coupling.
-
Phonon-driven tuning of exchange interactions in Y3Fe5O12
First-principles calculations map the effect of individual infrared-active phonon modes on the magnetic exchange parameters of Y3Fe5O12 via changes in Fe-O-Fe geometry.