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COMRAD – An H2020 ITN project
Overview COMRAD is an H2020 ITN projet (2020-2024). It will explore novel routes for the fastest possible and least dissipative magnetic switching in random access devices by bringing together the two disciplines of ultrafast magnetism and spin-orbitronics, creating sub-100 ps stimuli in spin-orbitronics and pushing the latter into a regime beyond the limitations of equilibrium […]
Read morePhD defense – Exploring different facets of magnetic skyrmion nucleation and dynamics in ultra-thin films
On Wednesday 29th of January at 13h30 Roméo JUGE from SPINTEC will defend his PHD entitled : Exploring different facets of magnetic skyrmion nucleation and dynamics in ultra-thin films Place : CEA 17 rue des Martyrs, bat 1005 room 445 (persons who do not have a CEA badge must request an entry authorization sufficiently in […]
Read morePost-doctoral position – Electronic structure and transport calculations for 2D materials-based spintronics
First-principles calculations of electronic structure and transport properties of 2D materials-based magnetic nanostructures Applications are invited for a postdoctoral position at SPINTEC Lab in the area of of theoretcial investigations of electronic structure and transport properties of magnetic nanostructures comprising magnetic metals, insulators, graphene and other 2D materials in the scope of 2D spintronics developments. […]
Read moreLATEST PUBLICATIONS Publications archives
Large Current-Driven Domain Wall Mobility by pure spin transfer torque in Ferrimagnetic Mn4N Thin Films
We found that Mn4N, a rare-earth free ferrimagnet made of abundant elements, is an exciting candidate for the development of sustainable spintronics devices. This material possess exciting properties, and in particular domain walls can be moved at record speeds by spin-polarized currents, in absence of any external magnetic field. This is explained by the large […]
Read moreTopology and Œrsted field prevent Walker breakdown in cylindrical nanowires
Domain-wall motion in one-dimensional conduits is both a textbook case for magnetization dynamics and the understanding of spin torques, and of practical importance for the design of novel spintronic ICT devices. However, instabilities known as Walker breakdown limit the speed in most cases. We have shown experimentally and confirmed by simulation, that these instabilities are […]
Read moreSpintronic memristor based on an isotropically coercive magnetic layer
We propose an original concept of spintronic memristor based on the angular variation of the tunnel magnetoresistance (TMR) of a nanopillar comprising several magnetic layers. We have experimentally developed the appropriate magnetic free layer and integrated it in a full nanosized magnetic tunnel junction pillar. In parallel, we developed a model describing the magnetization dynamics […]
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EVENTS
RECENT UPDATES
- COMRAD – An H2020 ITN project 16 January 2020
- PhD defense – Exploring different facets of magnetic skyrmion nucleation and dynamics in ultra-thin films 13 January 2020
- Lab days 2019 26 December 2019
- Post-doctoral position – Electronic structure and transport calculations for 2D materials-based spintronics 17 December 2019
- Post-doc in spintronics on the modeling of magnetic skyrmions 16 December 2019
