Predicted ferromagnetic semiconductor monolayers show potential for electric-field control of magnetism, suggesting advancements in spintronic applications.
' points. All studied monolayers are predicted to be ferromagnetic semiconductors with composition-dependent band gaps and exchange interactions. The coupling between ferroelectric polarization and magnetic order in the Janus system suggests a route toward electric-field control of magnetism in a single-phase material. These findings highlight Janus engineering of transition metal phosphorus trichalcogenides as an effective strategy to realize intrinsically coupled ferroic and valleytronic functionalities for next-generation (opto)spintronic applications.
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Voloshina et al. (2026) studied this question.
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