Both experimental and theoretical studies are concerned with quantum and strongly interacting systems. Coupling lattice, spin, charge and orbital interactions leads to unique properties of new materials, which are regularly discovered.
The Laboratoire de Physique des Solides is delighted to welcome its new PhD students this year! 🎓
Congratulations to all for embarking on this exciting scientific journey within our teams.
The LPS warmly congratulates François for this well-deserved scientific recognition!
We are very pleased to welcome Chunxiao Liu to the LPS team as a CNRS researcher, joining the theory group as a permanent member.
His project, entitled Free Electrons to Bound Electrons and Photons Quantum Coherent Coupling (FreeQCC), lies at the intersection of fast electron physics and quantum optics — a rapidly emerging field. It aims to address two fundamental questions:
A) Crystal and magnetic structure of MnF₂: the Mn²⁺ ions carry antiparallel moments on two sublattices related by a fourfold rotation combined with a half-translation; the fluorine ions break the …
Figure: a) Schematic illustration of the setup to monitor EISA in levitated droplets. b) images of the shrinking droplet (top) and the corresponding 2D SAXS patterns (bottom) acquired at two …
Alexandra Mougin, CNRS Research Director at the Laboratory of Solid State Physics (LPS, CNRS / Université Paris-Saclay), contributes to the latest issue of the quarterly magazine La Recherche, dedicated to …
