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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SkX-2 skyrmion crystal with two topological charges per cell is stabilized in the Heisenberg triangular lattice with scalar chirality.
citing papers explorer
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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.