It is with great sadness that we learned of the passing of Professor Anatoly Vedyaev from Lomonosov Moscow State University. Our laboratory, SPINTEC — and previously the Nanostructure and Magnetism Laboratory — collaborated with Anatoly, his wife Natalia Ryzhanova, and later his nephew Nikita Strelkov for over 25 years (since 1992!). Anatoly was an exceptional […]
Read morePOST DOC Recruitment on FPGA-based and ASIC-based system level processor architecture development Context: The last decade has seen the emergence of numerous studies around integrated nanoelectronic technologies for a growing number of application areas, ranging from the Internet of Things, to integrated components specialized in the management and optimization of energy consumption, environmental monitoring, safety […]
Read moreBackground: Today’s generative AI compute tasks are putting immense pressure on memory access by requiring model weights to be loaded continuously from a a remote (DRAM) memory. The only way to provide sufficiently large (GBs) memory on chip is to start exploiting the 3rd scaling dimension using vertically stacked data concepts. In this context, Vertical […]
Read moreTopology is a powerful tool for categorizing magnetization textures by defining a topological index in both two-dimensional (2D) systems, such as thin films or curved surfaces, and in 3D bulk systems. In the emerging field of 3D nanomagnetism, both volume and surface topological numbers must be considered, requiring the identification of a proper global topological […]
Read moreThe emergence of a large helical orbital texture due to the formation of the surface states at the metallic Co/Al interfaces originating from the orbital Edelstein effect and giving rise to a nonequilibrium orbital accumulation is revealed to produce large current-induced torques, providing an essential theoretical background for the experimental observations. Spin-orbit coupling is found […]
Read moreThis work focuses on the study of the intrinsic cytotoxicity of magnetic particles, developed in our laboratory for the application of local forces at the cellular level. More precisely, we were interested in the effect of the rigidity of the cellular growth substrate on the response induced by the presence of particles. The study […]
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