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Switching and Topology of Unconventional Magnetic Materials

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itching and Topology of Unconventional Magnetic Materials The continuous increase in global energy demands – whether to power the electrical grid, store information in the cloud or train cutting-edge artificial intelligence – requires more efficient means to generate, store and use energy. In that regard, spintronics aims to improve areas in microelectronics where energy is lost during the processing, manipulation or storage of information. The fundamental goal of STUMM (Switching and Topology of Unconventional Magnetic Materials) is to theoretically describe new ways to store and process information through understanding the transport and topological properties of novel unconventional magnetic materials, such as materials described by spin-group symmetries, including altermagnets. Altermagnets are materials that share properties from both ferromagnets and antiferromagnets, and are excellent candidates for next-generation magnetic memories. STUMM will use state-of-the-art quantum transport methods to investigate unique and effective ways to control and switch magnetic order in alterm

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recordType

award

status

SIGNED

region

EU

value

209914.56

unit

EUR