Spin-texture coupling to thin-film Dirac semimetals produces Weyl semimetals exhibiting anomalous Hall and chiral magnetic effects, plus Floquet-driven nodal spheres in momentum space.
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Self-consistent mean-field study finds that interorbital coupling, higher-harmonic frustrated exchanges, and competing crystal-field anisotropies enlarge the stability region of square skyrmion lattices in multiorbital f-electron systems.
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Emergent Nodal Spheres and Weyl Fermions via Spin-Texture Coupled to Thin Film Orbital Dirac Semimetals
Spin-texture coupling to thin-film Dirac semimetals produces Weyl semimetals exhibiting anomalous Hall and chiral magnetic effects, plus Floquet-driven nodal spheres in momentum space.
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Effects of crystal field and momentum-based frustrated exchange interactions on multiorbital square skyrmion lattice
Self-consistent mean-field study finds that interorbital coupling, higher-harmonic frustrated exchanges, and competing crystal-field anisotropies enlarge the stability region of square skyrmion lattices in multiorbital f-electron systems.