Equipe: Nanostructures: growth, quantum effects and magnetism

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 – Hybrid photostrictive-magnetic nanocomposites – 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...

Ultrafast Time-Resolved Spectroscopy

Ultrafast Time-Resolved Spectroscopy

Expériences Team Contact /Access  Planning Cost This platform is an ultrafast optics platform developed with the support of the Île-de-France region and Sorbonne University. It enables physical and chemical processes to be explored in...

Surface Acoustic waves for Magnonic devices

Surface Acoustic waves for Magnonic devices

Surface Acoustic waves for Magnonic devices PhD Student: Anupam Sharma Year of the defense: 2027 Funding: Team(s): Acoustics and optics for nanosciences and quantum physics  Nanostructures: growth, quantum effects and magnetism   Teams’ Page...

Manipulating 2D excitons in atomic monolayers

Manipulating 2D excitons in atomic monolayers

Manipulating 2D excitons in atomic monolayers PhD Student: Lucille Caussou Dit Lous Year of the defense: 2024 Funding: Team(s): Nanostructures: growth, quantum effects and magnetism   Teams’ Page of thesis : Nanostructures: growth, quantum...

Photons, Magnons and Quantum Technologies – NV centers in SiC

Photons, Magnons and Quantum Technologies – NV centers in SiC

Team Permanent members: Benoît Eble, Sophie Hameau, Florent Margaillan   When defects are present in a crystalline solid, they break the translational symmetry of the lattice and new electronic and optical properties appear. The...