In ” Les Échos” Victoire de Margerie, Vice Chairman of the World Material Forum (taking place June 16-18 2022 in Nancy https://worldmaterialsforum.com/home.html) is advocating for the use of Spintronic to reduce energy consumption and is reminding us that Albert Fert opened the field and received the Nobel Prize in 2007 Read more…
For the past ~30-40 years the team has built up an internationally recognized state-of-the-art growth instrumentation park as well as outstanding experience. Now, we are looking for new, young, highly motivated and high-potential hands and minds to keep the momentum going. After an internal selection process, we will support the Read more…
Dr Junta Igarashi from Tohoku University is joining us for 2 years. He aims to pioneer ultra-fast (femto or picosecond regime) and high efficient magnetization manipulation by utilizing non-equilibrium state induced phenomena. He is funded by a Japan society for the promotion of science (JSPS) overseas research fellowship. https://www.jsps.go.jp/english/e-ab/index.html
Mohammed was a PhD student in the SPIN group. He defended his thesis untitled “Magnetization reversal mechanism leading to all-optical helicity-dependent switching” in 2016. After a Post-doc in the group of Eric E Fullerton at the CMRR (UC-San Diego) Mohammed is now joining the Advanced HAMR Head Technology Team at Read more…
Please find the program of this One-day International Online Workshop here. If you wish to register it is here.
We have PhD and postdoc openings on the topic of picosecond spintronics! Want to study spintronics using ps-wide electrical currents with a unique experimental setup and environment? We are looking for highly motivated students with relevant experimental backgrounds on spintronics, ultrafast optics, high-frequency electronics, clean room… Take a look at Read more…
In this work, the motion of the magnetic domain walls in an artificial spin lattice leads to a tunable stochastic response of the metamaterial, which can be tailored by an external magnetic field and local lattice modifications. This type of stochastic tunable lattice produces a controllable random response exploiting the Read more…