The CORAMI project aims to validate the viability of Correlation-Based Adaptive Optics (CAO), an innovative approach that uses optical correlations to correct aberrations in microscopes. CAO is intended to become a universal adaptive optics...
Using quantum entanglement to make opacity transparent, that is the feat achieved by a French team that includes a scientist from the CNRS1. Entangled photons possess a unique property: they form only one object, and...
Colloidal nanocrystals of halide perovskites have attracted significant interest in optoelectronics due to their excellent optical properties, particularly their high quantum yields and the ability to tune their emission energies. The PHOCOS[1] team has...
Strain Modulation of Altermagnets PhD Student: Year of the defense: 2029 Funding: Institut de sciences des matériaux – Alliance Sorbonne Université Team(s): Photonics and coherence of spin Teams’ Page of thesis : Photonics...
Orazio has been a “chargé de recherche” at CNRS since March 2026, joining the PHOCOS group. He is a theoretical physicists specialising in nonequilibrium quantum many-body systems and dissipative quantum dynamics. His work lies...
Ultrafast Dynamics and Charge Carrier Localization in Metal Halide Perovskites Supervisor : Maria CHAMARRO, Maurizio MONTI – maria.chamarro(at)insp.jussieu.fr, maurizio.monti(at)insp.jussieu.fr Keywords : Experimental and Internship M2 – Gratification : Oui
New frontiers for tensors network simulations of open quantum system: from gaussian environments of non-equilibrium spin baths PhD Student: Emile Cochin Year of the defense: 2028 Funding: Team(s): Photonics and coherence of spin ...
Maurizio Monti, lecturer (Sorbonne University), joined INSP in September 2025. He is assigned to the Photonics and Coherence of Spin team. Maurizio Monti’s research focuses on ultrafast spectroscopy, from THz to X-rays, to study...
Proton transfer caused by light excitation in small molecules represents an ideal platform for testing the limits of our understanding of many quantum phenomena. The ultrafast and inherently non-equilibrium dynamics between nuclei and electrons...
