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The CavityMag project investigates the interaction between light and magnetic materials to develop advanced technological devices. By exploring magnetic van der Waals materials, the project aims to control magnetic states using quantum electrodynamics, potentially leading to breakthroughs in memory and quantum computin…
To further increase performance and reduce energy consumption in technological devices, a new paradigm is needed exploiting quantum mechanical phenomena.
An attractive route to enter this paradigm is by interfacing light and magnetic excitations in new optomagnetic devices, which ensures processing frequencies comparable with electronics and hold great promise for future memory, spintronics and quantum computing devices.
This, however, requires a deeper understanding of strongly coupled light-ma…
UNIVERSIDAD DEL PAIS VASCO/ EUSKAL HERRIKO UNIBERTSITATEA
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