Chern-Simons gauge theory produces a log H term in the free energy that induces first-order transitions and B-H hysteresis in itinerant ferromagnets with symmetric single domains.
Hubbard, Proc
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MR-GW generalizes the GW approximation via a diagrammatic framework with an interacting multi-reference reference and multi-reference RPA to capture both strong and weak correlations, improving ionization potentials and many-body satellites.
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B-H hysteresis in itinerant Feromagnetism from Chern-Simons Gauge theory
Chern-Simons gauge theory produces a log H term in the free energy that induces first-order transitions and B-H hysteresis in itinerant ferromagnets with symmetric single domains.
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Multi-reference GW approximation for strongly correlated molecules
MR-GW generalizes the GW approximation via a diagrammatic framework with an interacting multi-reference reference and multi-reference RPA to capture both strong and weak correlations, improving ionization potentials and many-body satellites.