#fe3gete2

Micromagnetic Investigation of Thickness-Dependent Skyrmion Evolution and Pinning in Fe3GeTe2

April 2026 Intermag 2026 Conference (Poster Presentation)

#Micromagnetics #Skyrmions #Fe3GeTe2 #MUMAX3 #Domain Walls

Poster presentation. Simulations show thickness-driven skyrmion stability and step-edge domain pinning in Fe3GeTe2, identifying demagnetization energy gradients as the dominant pinning mechanism.

Thickness-Dependent Skyrmion Evolution in Fe3GeTe2 during Magnetization Reversal

November 2025 IEEE ATC_ATG 2025 Conference

#Fe3GeTe2 #Skyrmions #Micromagnetics

Micromagnetic simulations and LTEM observations of thickness-dependent domain evolution in Fe3GeTe2.

Thickness-Dependent Skyrmion Evolution in Fe3GeTe2 During Magnetization Reversal

November 2025 Jennifer Garland; John Fullerton; PeiYu Cai; Rabindra Basnet; Santosh Karki Chhetri; Jin Hu; Elton J. G. Santos; Yue Li; Charudatta Phatak; Amanda Petford-Long Advanced Functional Materials e18239 (2025)

#Skyrmions #Fe3GeTe2 #Micromagnetics #Thickness #MUMAX3

Energy density analysis across multiple thicknesses quantified confinement effects on topological stability and established a theoretical thickness threshold for stable skyrmion formation.

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