On Tuesday, November 25th, at 14:00, Capucine Gueneau (SPINTEC) will defend her PhD thesis entitled : Gate voltage control of magnetic skyrmions Place : IRIG/SPINTEC, CEA Building 10.05, auditorium 445 (presential access to the conference room at CEA in Grenoble requires an entry authorization, request it before November 14th to admin.spintec@cea.fr) video conference : https://univ-grenoble-alpes-fr.zoom.us/j/98769867024?pwd=dXNnT3RMeThjYStybGVQSUN0TVdJdz09 […]
Read moreContext: In the frame of different French and European collaborative research projects, addressing spintronic innovations for a more frugal, agile and sustainable digital technology, SPINTEC has several postdoctoral and R&D openings for a duration of up to 24 months. The work will be carried out within the RF Spintronics and Artificial Intelligence teams of SPINTEC, […]
Read moreOn Wednesday, November 12th 2025, we have the pleasure to welcome in SPINTEC Lucas Perez from Universidad Complutense de Madrid and IMDEA Nanociencia. He will give us a seminar at 11:00 entitled : Magnetic recording of neural activity using spintronics-based sensors Place : IRIG/SPINTEC, auditorium 445 CEA Building 10.05 (presential access to the conference room […]
Read moreIn this work, a consortium of physicists from SPINTEC and York addressed the challenge of nucleating quantitatively proven topological magnetic textures in compensated magnets with zero net magnetization. It paves the way for extending the study of topological spin textures beyond ferromagnets, into materials with intriguing electrodynamic properties, such as antiferromagnets and altermagnets. Topologically […]
Read more2D materials and van der Waals (vdW) heterostructures are promising candidates to build efficient THz spintronic emitters. Here, we demonstrate the drastic modification of THz spintronic emission by inserting a single layer of MoSe2 in the PtSe2/graphene vdW heterostructure. Ab initio calculations indeed show the emergence of Rashba states due to the electronic hybridization between […]
Read moreTime-resolved magnetic helicoidal dichroism (MHD) was successfully used to assess the ultra-fast dynamics of magnetization. This first attempt to use an MHD-based technique was demonstrated on a magnetic vortex structure hosted by a permalloy pacman micropillar (diameter~15nm, thickness~80nm). Micromagnetic simulations allowed to link the features identified in the MHD signal to a process of regeneration […]
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