On Tuesday June 15th 2021 Jiaqi Wei successfully defended his PhD entitled “Magnetization manipulation induced by spin current and ultrafast laser“ in front of an international Jury. This is the first PhD Beihang/Lorraine Dual Degree. The Beihang/Lorraine collaboration has already resulted in the publication of papers in high-impact journals on Read more…
Please find the program of this One-day International Online Workshop here. If you wish to register it is here.
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…
The Tohoku-Lorraine Conference is organised in the framework of a strong collaboration between Tohoku University (Sendai, Japan) and the University of Lorraine (Nancy, Lorraine). The objective is to strengthen this long term partnership between these two universities. Its purpose is to allow researchers from both universities to meet around themes Read more…
…and self-torque in amorphous ferrimagnetic materials Magnetic materials can themselves be a source of spin current. This is what has been shown in a work done at Institut Jean Lamour in Nancy in close collaboration with Unité Mixte de Physique CNRS/Thales in Palaiseau, University of Arizona in USA, Nanyang University Read more…
The complete video of the webinar entitled “Un exemple de démarche de transition entamée” given by Oliver Aumont (LOCEAN, Paris) is online. His intervention has been broadcasted on four different research sites in the Grand Est region (IPCMS, IS2M, UTT and IJL). It’s avalaible here!
Stéphane MANGIN, Professor of physics at the University of Lorraine and senior member of the IUF, was named Fellow of the Institute of Electrical and Electronics Engineers (IEEE) on January 1, 2021. This distinction, the IEEE’s most prestigious recognizes his immense contribution in the field of ultrafast magnetization manipulation. Stéphane Read more…
This project, which brings together a consortium of 11 academic partners and 1 industrial partner, concerns the exploitation of a quantum technology based on the functionalization of NV centers present in diamonds. This technology offers the possibility of manipulating the spin of a single electron in a solid state crystal Read more…
An Ultrafast X-Ray Perspective into a Metal Heterostructure When the spatial dimensions of metallic heterostructures shrink below the mean free path of its conduction electrons, the transport of electrons and hence the transport of thermal energy by electrons continuously changes from diffusive to ballistic. Electron–phonon coupling sets the mean free Read more…
The complete video of the webinar entitled Recherche scientifique et urgence écologique : des rapports du GIEC aux impacts de la recherche scientifique” given by Julian Carrey (LPCNO, Toulouse) is online. His intervention has been broadcasted on four different research sites in the Grand Est region (IPCMS, IS2M, UTT and Read more…