In this non-degenerate mixture at charge neutrality, conductivity is temperature-independent at low T from Dirac carriers but acquires a negative correction from scattering with thermally excited massive holes that strengthens with temperature and is stronger for short-range interactions.
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2 Pith papers cite this work. Polarity classification is still indexing.
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cond-mat.mes-hall 2years
2026 2verdicts
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A giant cyclotron resonance with polarity-switching peak is predicted in the nonlinear valley Hall photocurrent of inversion-asymmetric 2D semiconductors via skew scattering in a two-band model under THz and magnetic fields.
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Interaction-driven transport in a non-degenerate mixture of Dirac and massive fermions at charge neutrality point
In this non-degenerate mixture at charge neutrality, conductivity is temperature-independent at low T from Dirac carriers but acquires a negative correction from scattering with thermally excited massive holes that strengthens with temperature and is stronger for short-range interactions.
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Giant resonant nonlinear THz valley Hall effect in 2D Dirac semiconductors
A giant cyclotron resonance with polarity-switching peak is predicted in the nonlinear valley Hall photocurrent of inversion-asymmetric 2D semiconductors via skew scattering in a two-band model under THz and magnetic fields.