CORDIS Project
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This project investigates the interaction between two-dimensional ferromagnetic materials and topological insulators to understand spin-orbit torque mechanisms. It aims to develop new methods for detecting magnetization dynamics, which could lead to advancements in storage devices using 2D materials.
This Marie-Curie proposal aims to study the mechanisms governing spin-orbit torque in 2D ferromagnetic materials attached to topological insulators.
It also proposes a new method to detect the magnetization dynamics of the 2D ferromagnet by using photoluminescence.
This is done by measuring the valley splitting induced by exchange proximity effect on a transition metal dichalcogenide (TMD) semiconductor monolayer deposited, or grown, on top of the 2D ferromagnet. I propose first to study the di…
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