A vacancy generically induces anisotropic magnetization textures in altermagnets whose multipolar form factor encodes the altermagnetic order, visible in classical systems under transverse field and in quantum systems at zero field.
Altermagnetic spin tex- tures: Emergent electrodynamics, quantum geometry, and probes
3 Pith papers cite this work. Polarity classification is still indexing.
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Noise spectroscopy of charge fluctuations in itinerant altermagnets yields symmetry-protected signatures absent in antiferromagnets, enabling experimental identification and access to d-wave or g-wave orbital character via bulk, strain, and domain-wall geometries.
Treating orbital degrees of freedom as dynamical variables in altermagnets generates emergent electric fields tunable by lattice anisotropy, driving orbital and magnetic multipole currents even in simplified textures with dynamic lattice distortion.
citing papers explorer
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Anisotropic vacancy-induced magnetization textures in altermagnets
A vacancy generically induces anisotropic magnetization textures in altermagnets whose multipolar form factor encodes the altermagnetic order, visible in classical systems under transverse field and in quantum systems at zero field.
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Noise spectroscopy of insulating and itinerant altermagnets
Noise spectroscopy of charge fluctuations in itinerant altermagnets yields symmetry-protected signatures absent in antiferromagnets, enabling experimental identification and access to d-wave or g-wave orbital character via bulk, strain, and domain-wall geometries.
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Orbital-driven emergent transport in altermagnets
Treating orbital degrees of freedom as dynamical variables in altermagnets generates emergent electric fields tunable by lattice anisotropy, driving orbital and magnetic multipole currents even in simplified textures with dynamic lattice distortion.