Phonon Hall viscosity distinguishes altermagnets through strain-space Berry curvature monopoles and shows sensitivity to electronic features like gapped Dirac points.
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Altermagnetic tunnel junctions based on KV2Se2O exhibit low-bias negative differential resistance and sign-inverting ultra-high TMR due to the material's quasi-2D Fermi surface.
An LLM pipeline with fresh-context sessions and literature calibration produces a publication-grade manuscript with three substantive findings on altermagnetic piezomagnetism from a corpus of 11,083 papers.
Theoretical analysis of AV2X2O oxychalcogenides predicts dominant equal-spin triplet superconductivity arising from altermagnetic order that forbids conventional singlet pairing.
Cobalt doping converts FeSb2 into a metallic altermagnet with infrared-visible spin-split bands persisting to room temperature.
Prediction of robust d-wave altermagnetism in RbCr2Se2O and the XCr2Y2O family with strain-induced net magnetization.
citing papers explorer
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Anomalous Hall viscosity of altermagnets
Phonon Hall viscosity distinguishes altermagnets through strain-space Berry curvature monopoles and shows sensitivity to electronic features like gapped Dirac points.
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Negative Differential Resistance and Ultra-High TMR in Altermagnetic Tunnel Junctions
Altermagnetic tunnel junctions based on KV2Se2O exhibit low-bias negative differential resistance and sign-inverting ultra-high TMR due to the material's quasi-2D Fermi surface.