Ferromagnetism at singular saddle points via divergent quantum metric and Stoner theory in a 2D t2g-orbital model.
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3 Pith papers cite this work. Polarity classification is still indexing.
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2025 3representative citing papers
A minimal Ginzburg-Landau model with two coupled spin-triplet order parameters demonstrates that magnetic fields can reorganize the hierarchy of superconducting instabilities to produce reentrant behavior over a broad parameter range.
Resistivity measurements show angle-dependent enhancement of the Fermi-liquid coefficient A at the metamagnetic transition that coincides with the onset of superconductivity in the polarized regime above 40 T, interpreted as evidence for boosted quantum-critical magnetic fluctuations.
citing papers explorer
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Quantum geometric ferromagnetism by singular saddle point
Ferromagnetism at singular saddle points via divergent quantum metric and Stoner theory in a 2D t2g-orbital model.
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Reentrant Superconductivity from Competing Spin-Triplet Instabilities
A minimal Ginzburg-Landau model with two coupled spin-triplet order parameters demonstrates that magnetic fields can reorganize the hierarchy of superconducting instabilities to produce reentrant behavior over a broad parameter range.
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Boosted magnetic fluctuations at the onset of superconductivity in UTe$_2$ beyond 40 T
Resistivity measurements show angle-dependent enhancement of the Fermi-liquid coefficient A at the metamagnetic transition that coincides with the onset of superconductivity in the polarized regime above 40 T, interpreted as evidence for boosted quantum-critical magnetic fluctuations.