Additional spin-orbital degrees of freedom produce strong thermal and quantum fluctuations that stabilize disordered nematic phases in the extended Kitaev-Yao-Lee model.
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Integrated theory-numerics-experiment collaboration has already clarified key quantum-magnet models and materials, and is required to resolve remaining spin-liquid candidates.
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Thermal and quantum fluctuations in extended Kitaev-Yao-Lee spin-orbital model
Additional spin-orbital degrees of freedom produce strong thermal and quantum fluctuations that stabilize disordered nematic phases in the extended Kitaev-Yao-Lee model.
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An integrated theoretical and numerical approach to understand modern experiments on quantum magnetism
Integrated theory-numerics-experiment collaboration has already clarified key quantum-magnet models and materials, and is required to resolve remaining spin-liquid candidates.