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QFaST explores quantum properties of magnetic vortices in nanomagnets, focusing on their dynamics at extremely low temperatures. By utilizing advanced superconducting devices, the project aims to investigate the interactions between quantum spins and photons, potentially leading to breakthroughs in quantum information…
Nanoscopic spin excitations in confined geometries open a wide range of opportunities both for fundamental investigations and for applications.
However, quantum magnetization dynamics in nanomagnets are still largely unexplored, especially when it comes to non-homogeneous spin configurations. QFaST is aimed at filling this gap by investigating quantum properties of magnetic vortices stabilized in low-damping ferromagnetic microdiscs at millikelvin temperatures.
The project will be built upon qua…
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