October 10, 2025Open Access

Zeeman-activated Berry curvature magnetotransport from the bulk of non-magnetic metals with inversion symmetry

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The study reveals that zeeman-activated berry curvature results in notable negative magnetoresistance in non-magnetic metals.
Measurements indicate that the negative magnetoresistivity scales with the relaxation time, akin to Drude resistivity.
The methods show that this phenomenon can be generalizable across all centrosymmetric point groups.
Significance lies in its potential applications for improving electronic transport in various quantum materials.

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This analysis uncovers how zeeman coupling enhances berry curvature in non-magnetic metals, suggesting new transport properties.

Atencia et al. (2025) studied this question.

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