Publications学术论文

Co-first author. Micromagnetic simulations (MUMAX3) revealed that giant exfoliation-induced coercivity in Fe3GaTe2 stems from coherent single-domain Stoner-Wohlfarth reversal.

Co-first author. Atomistic spin dynamics simulations on CrSBr benchmarked static-field reversal energy costs to baseline Optimal Control Theory (OCT) protocols.

Disentangled field-like and damping-like torques in deterministic SOT switching, clarifying the SOT/STT interplay in Fe3GaTe2/hBN.

Micromagnetic simulations validated all-optical toggle switching, showing laser-induced heating and quenching enables skyrmion bubbles at record-low 5 mT fields.

Co-first author. GPU-accelerated micromagnetic simulations validated collective skyrmion-to-stripe switching in Fe3GaTe2 for neuromorphic synapses (0.66 pJ, 96.1% MNIST).

Energy density analysis quantified confinement effects on skyrmion stability and established a theoretical thickness threshold.

Theoretical confirmation of how local symmetry breaking stabilizes Néel and Bloch-hybrid skyrmions in centrosymmetric Fe3GaTe2.

Micromagnetic simulations showed interfacial DMI stabilizes Néel-type skyrmions in CrTe2/Bi2Te3 and quantified the required DMI strength.

Analytical wave functions for high-symmetry 2D microstrip geometries; identified C₃ᵥ symmetries in equilateral triangular boundary systems.