Skyrmions in Spin-Orbitronics and Orbitronics - Novel Science and Applications in Memory and Non-Conventional Computing

Explore cutting-edge research on skyrmions in spin-orbitronics and orbitronics through this comprehensive lecture. Delve into the potential of novel spintronic devices for GreenIT applications, focusing on their stability and low-power spin manipulation capabilities. Examine the combination of topological state stability due to chiral interactions with efficient manipulation using innovative spin torques, particularly orbital torques that significantly enhance switching efficiency. Investigate skyrmion dynamics for non-conventional stochastic computing applications, including skyrmion reshuffler devices based on diffusion. Learn how skyrmion diffusion provides insights into sample energy landscapes and pinning mechanisms, with potential applications in Token-based Brownian Computing and Reservoir Computing. Gain a deep understanding of the latest advancements in this field through detailed explanations and references to key scientific publications.

Mathias Klaeui: Skyrmions in Spin-Orbitronics and Orbitronics– Novel Science and Applications in Mem