Biaxial strain-mediated magnetic phase transition and anisotropy engineering in the MoSBr monolayer: a first-principles approach for room-temperature spintronics
Key Points
This research aims to explore the stability and strain-induced magnetic properties of MoSBr monolayers for spintronic applications.
First-principles calculations to analyze the magnetic phase transition and strain effects in MoSBr monolayers.
Identified MoSBr as a stable platform for strain-tunable magnetic phase transitions.
Demonstrated strong correlations between strain and magnetism in MoSBr, relevant for spintronics.
Abstract
Our calculations identify MoSBr as a stable, strain-tunable platform with strong strain–magnetism correlations.
Biaxial strain-mediated magnetic phase transition and anisotropy engineering in the MoSBr monolayer: a first-principles approach for room-temperature spintronics | Synapse