CORDIS Project
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ATOPS explores antiferromagnetic spintronics by manipulating spin transport properties using light pulses to reorient the Néel vector in a specific material. This research aims to enhance the understanding of magnetization dynamics for potential applications in advanced electronic devices.
Antiferromagnetic spintronics exploits the antiferromagnetic (AFM) staggered magnetization-Néel vector to manipulate spin dependent transport properties in structures containing antiferromagnetic components.
In ATOPS, I plan to use sub 15 fs light pulses to facilitate Neel vector reorientation via optically induced Neel spin orbit torque in the room temperature Dirac Nodal line AFM material MnPd2.
The Neel vector reorientation in this material is also associated with changes in Fermi surface top…
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