Antiferromagnetic Materials Quantum Spin Liquids Antiferromagnetism Terbium Gallium Garnet Antiferromagnets Temperature Control Chiral Magnetic Films Ferromagnetism Magnetic Topological Insulators Ferromagnetic Insulators Chiral Magnets B20-structured Alloys Manganese-Zinc Ferrite Spin Glasses Ferromagnets Soft Magnetic Materials Ferromagnets and Antiferromagnets Magnetic Entropy Change Layered Materials Ferrimagnetic Insulators Gadolinium-Cobalt Films Nanotechnology Crystal Structures Multilayer Structures Graphene Magnetocaloric Materials Phase of Matter Excitons Self-Switching Mechanisms Disordered Materials Altermagnets Ferrite Nanomaterials Synthetic Antiferromagnets Neodymium-Iron-Boron Magnets Nanomaterials Magnetic Sensing Spintronics Frustrated Magnets Disordered Magnetic Properties
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Using LLG spin dynamics, the authors calculate a magnetic share of Faraday rotation in TGG of about 17% in visible light, rising to 70% in infrared.
