Cryogenic FMR experiments on alpha-Fe2O3/Py heterostructures demonstrate significant modulation of resonance frequencies via Néel vector manipulation through temperature, field, and crystal cut.
Ferromagnetic resonance studies in the bilayer system Ni0.80Fe0.20/Mn0.50Fe0.50: Exchange anisotropy
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Tunable Enhancement of Magnetization Dynamics by Crystal Cut at Interface Exchange Coupled $\alpha$-Fe$_2$O$_3$/NiFe Heterostructures
Cryogenic FMR experiments on alpha-Fe2O3/Py heterostructures demonstrate significant modulation of resonance frequencies via Néel vector manipulation through temperature, field, and crystal cut.