Equipe : Nanostructures : élaboration, effets quantiques et magnétisme

ANR HYPNOSE – About the project

ANR HYPNOSE – About the project

The HYPNOSE project proposes to follow a new path in magnetization manipulation by combining the development of hybrid systems and optical magnetization control. Our approach is based on the development of vertically self-assembled nanocomposites...

ANR HYPNOSE

ANR HYPNOSE

About the project Contact ANR – Nanocomposites hybrides photostrictifs-magnétiques – HYPNOSE The HYPNOSE project aims to pioneer a novel approach to magnetization manipulation by integrating hybrid systems and optical control techniques. The project focuses on...

A. Vythelingum

Soutenance de thèse / PhD Defense – Ashwin Vythelingum – 30/09/24

30/09/2024 @ 14 h 00 min – Barre 22-23, 3e étage pièce 317, salle de conférences Ashwin Vythelingum, doctorant dans l’équipe Nanostructures : élaboration, effets quantiques et magnétisme Surface Acoustic Wave driven ferromagnetic resonance in FeRh Résumé Ce travail se situe dans le contexte de l’excitation à distance de la résonance ferromagnétique (FMR), en utilisant des ondes acoustiques de surface (SAWs- Surface […]

SUMO – Spectroscopie Ultrarapide et Magnéto-Optique résolue en temps

SUMO – Spectroscopie Ultrarapide et Magnéto-Optique résolue en temps

Expériences Equipe Contact /Accès  Planning Tarification SUMO (Spectroscopie Ultrarapide et Magnéto-Optique) est une plateforme d’optique ultrarapide qui a été développée grâce au soutien de la région Île-de-France et de Sorbonne Université. Elle permet d’explorer...

Time-resolved probing of magneto-elastic excitations – Pietro Carrara – 4/6/24

04/06/2024 @ 11 h 00 min – salle 22-32-201 Pietro Carrara,  post-doctorant dans l’équipe Nanostructures: élaboration, effets quantiques et magnétisme Abstract Hybrid quasi-particles in condensed matter systems are observed at the degeneracy points between different degrees of freedom exhibiting non-zero coupling. These solid-state chimeras could be exploited in a wealth of applications, ranging from transducers to sensors, to memory and logic units. […]

Séminaire / Seminar – Tuning magnetic skyrmion stability and chirality by materials and gate voltage – Hélène Bea – 12/03/24

12/03/2024 @ 11 h 00 min – salle 22-32-201 Hélène BEA – SPINTEC, (Univ. Grenoble Alpes/CNRS/CEA) Abstract Magnetic skyrmions are chiral spin textures that gathered a lot of attention due to their topological properties, their nanometer size and the possibility to efficiently move them with currents. In our era of information, their use as data bits for ultrafast and power-efficient devices has […]