September 23, 2025Open Access

Thermal Hall transport in Kitaev spin liquids

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Thermal hall conductivity divided by temperature significantly overshoots half-integer quantization.
The field-direction dependence of thermal hall conductivity aligns with the Chern number of Majorana fermions.
Additional off-diagonal interactions substantially enhance thermal hall transport in the intermediate temperature range.
Effects of the Γ term indicate significant quantum fluctuation effects compared to classical predictions.

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This analysis reveals pronounced thermal hall conductivity patterns in Kitaev materials, suggesting significant quantum effects.

Okubo et al. (2025) studied this question.

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