#fe3gate2

Co-first author. Conducted atomistic spin dynamics simulations on CrSBr to benchmark the energy costs of static-field reversal and calibrate the baseline for Optimal Control Theory (OCT) protocols, which achieve sub-picosecond switching with femtojoule energy costs in vdW magnets.

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

Micromagnetic simulations validated the mechanism for all-optical toggle switching, demonstrating laser-induced heating and rapid quenching of magnetic order enables skyrmion bubble formation at record-low 5 mT fields.

Co-first author. GPU-accelerated micromagnetic simulations validated the deterministic, collective skyrmion-to-stripe transformation in Fe3GaTe2 for neuromorphic synaptic devices, achieving 0.66 pJ per operation and 96.1% MNIST accuracy.

Theoretical confirmation of how local symmetry breaking stabilizes Néel and Bloch-hybrid skyrmions in centrosymmetric Fe3GaTe2, bridging structural disorder analysis with chiral texture observations.