The NeuroΣky/Skyrmionics team’s main scientific interests directly lie in the intersection between magnetism and topology with a a view on enabling novel applications for multifunctional magnetoelectronic devices and a focus on neuromorphic and unconventional computing . We focus on the rich Physics of Skyrmions and their technological applications (“Skyrmionics”), on Spin-Orbit Coupling effects (“Spin-orbitronics”) and in general in the field of Spintronics. Some of our contributions include the observation of skyrmion bubble states and topologically trivial states and predictions on the dynamics of skyrmionic configurations, the demonstration of the gigahertz eigenmode dynamics of skyrmion bubbles and their unexpectedly large inertia and the observation of nanoscale skyrmions at room temperature. We are motivated to use physics and nanotech to build next generation nanocomputing and neuromorphic computing. We recently proposed a nanoscale room-temperature multilayer skyrmionic synapse for deep spiking neural networks. You can find in this website more information on our exciting research, publications and collaborations as well as the latest news of what we are up to.