A thermodynamic definition of local spin magnetization in itinerant non-collinear magnets introduces a local spin Berry curvature that differs from the conventional equilibrium spin density, producing qualitatively distinct site-resolved magnetization including linear-in-gap behavior.
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The Cu2OSeO3/Bi2Se3 interface stabilizes an interfacial skyrmion phase over a broader magnetic field range than the bulk phase via proximity-induced effects.
Proposes covariance magnetometry to detect anisotropic magnetic noise that distinguishes vortex motion (perpendicular drift via Magnus force) from quasiparticle transport in thin-film superconductors.
Monte Carlo simulations show dipole-dipole interactions stabilize Bloch skyrmions at zero magnetic field while electric fields continuously tune helicity toward Néel type in centrosymmetric triangular magnets.
SkX-2 skyrmion crystal with two topological charges per cell is stabilized in the Heisenberg triangular lattice with scalar chirality.
An acoustic phononic crystal was engineered to host skyrmion-like topological edge states that propagate robustly along domain walls while locked to valley and orbital angular momentum degrees of freedom.
K₂Fe₂(MoO₄)(PO₄)₂ single crystals exhibit weak magnetic order at 5.2 K coexisting with persistent spin dynamics and two distinct short-range correlation regimes at 34 K and 10 K on a double trillium lattice.
Non-uniform electric fields from charged tips can create, drive, annihilate Néel skyrmions and more complex textures like skyrmioniums.
Generalized ML force fields reproduce non-collinear magnetic orders on lattices and predict voltage-driven domain-wall motion in itinerant magnets using extensions to nonequilibrium torques.
Frustrated out-of-plane DMI favors atomic-scale 3q magnetic textures in Fe3GeXTe monolayers at moderate DMI scaling factors, evolving toward nanoskyrmion-like states at higher amplitudes.
citing papers explorer
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Local spin magnetization in itinerant non-collinear magnets: The local spin Berry curvature
A thermodynamic definition of local spin magnetization in itinerant non-collinear magnets introduces a local spin Berry curvature that differs from the conventional equilibrium spin density, producing qualitatively distinct site-resolved magnetization including linear-in-gap behavior.
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Proximity-Induced Skyrmion Stabilization at the Cu2OSeO3/Bi2Se3 Interface
The Cu2OSeO3/Bi2Se3 interface stabilizes an interfacial skyrmion phase over a broader magnetic field range than the bulk phase via proximity-induced effects.
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Detecting vortex motion through spatially correlated nonequilibrium noise
Proposes covariance magnetometry to detect anisotropic magnetic noise that distinguishes vortex motion (perpendicular drift via Magnus force) from quasiparticle transport in thin-film superconductors.
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Skyrmion Phase Control by Magnetic Dipole-Dipole Interaction and Electric Field in Centrosymmetric Materials
Monte Carlo simulations show dipole-dipole interactions stabilize Bloch skyrmions at zero magnetic field while electric fields continuously tune helicity toward Néel type in centrosymmetric triangular magnets.
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Properties of the skyrmion crystal SkX-2 in the Heisenberg triangular lattice with scalar chirality
SkX-2 skyrmion crystal with two topological charges per cell is stabilized in the Heisenberg triangular lattice with scalar chirality.
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Acoustic quantum skyrmion-valley Hall effect
An acoustic phononic crystal was engineered to host skyrmion-like topological edge states that propagate robustly along domain walls while locked to valley and orbital angular momentum degrees of freedom.
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Multistage development of short-range spin correlations and weak magnetic order in the two coupled trillium lattices of K2Fe2(MoO4)(PO4)2
K₂Fe₂(MoO₄)(PO₄)₂ single crystals exhibit weak magnetic order at 5.2 K coexisting with persistent spin dynamics and two distinct short-range correlation regimes at 34 K and 10 K on a double trillium lattice.
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Manipulation of magnetic skyrmions by non-uniform electric fields
Non-uniform electric fields from charged tips can create, drive, annihilate Néel skyrmions and more complex textures like skyrmioniums.
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Machine-learning modeling of magnetization dynamics in quasi-equilibrium and driven metallic spin systems
Generalized ML force fields reproduce non-collinear magnetic orders on lattices and predict voltage-driven domain-wall motion in itinerant magnets using extensions to nonequilibrium torques.
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Frustrated out-of-plane Dzyaloshinskii-Moriya interaction and the onset of atomic-scale 3$q$ magnetic textures in 2D Fe$_{3}$GeXTe (X = Te, Se, S) monolayers
Frustrated out-of-plane DMI favors atomic-scale 3q magnetic textures in Fe3GeXTe monolayers at moderate DMI scaling factors, evolving toward nanoskyrmion-like states at higher amplitudes.