September 10, 2025Physical review. B./Physical review. BOpen Access

Effects of Berry curvature and orbital magnetic moment on the magnetothermoelectric transport of Bloch electron systems

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Berry curvature and orbital magnetic moment significantly affect thermoelectric transport in electron systems, showcasing non-trivial interband influences.
The derived formulas demonstrate that thermoelectric conductivity and thermal conductivity are influenced by these contributions, emphasizing their importance.
Kubo-Luttinger linear response theory and thermal Green's functions provide the framework for analyzing these magnetothermoelectric effects comprehensively.
Understanding the interplay between berry curvature and orbital moments allows for strategic design of advanced thermoelectric materials in practical applications.

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Implication

This analysis reveals how berry curvature and orbital magnetic moment influence thermoelectric transport, suggesting enhanced interband effects in electron systems.

Cite This Study

Könye et al. (2025) studied this question.

synapsesocial.com/papers/68c23cf6b210217d6478be6a https://doi.org/10.1103/xg2y-yrqv

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Implication

This analysis reveals how berry curvature and orbital magnetic moment influence thermoelectric transport, suggesting enhanced interband effects in electron systems.

Effects of Berry curvature and orbital magnetic moment on the magnetothermoelectric transport of Bloch electron systems

Key Points

Discussion

Implication

Cite This Study

Effects of Berry curvature and orbital magnetic moment on the magnetothermoelectric transport of Bloch electron systems

Key Points

Discussion

Implication

Cite This Study

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