Equipe: Nanophotonics and quantum optics
22/07/2025 @ 9 h 45 min-17 h 30 min – On Tuesday, July 22, 2025, INSP welcomes high school seniors from abroad. The program includes a guided tour of the laboratory, focusing on the following themes and platforms: Quantum optics Surface science Foams Manipulating light radiation and local magnetic field SAFIR Accelerator Pump probe experiments Magneto-acoustics Coordination: Sorbonne University Physics UFR To find out more
On Tuesday, July 22, 2025, INSP welcomes high school seniors from abroad. The program includes a guided tour of the laboratory, focusing on the following themes and platforms: Quantum optics Surface science Foams Manipulating...
Researchers have shown the possibility to control the transfer of magnetic energy from light to matter by means of localised plasmons, waves of light on the surface of a metal that allow fine control...
Non-local imaging through scattering media PhD Student: Yanis Trouyet Year of the defense: 2027 Funding: Team(s): Nanophotonics and quantum optics Teams’ Page of thesis : Nanophotonics and quantum optics Link TEL:
Optically generated magnetic fields at the nanoscale PhD Student: Chantal Hareau Year of the defense: 2027 Funding: Team(s): Nanophotonics and quantum optics Teams’ Page of thesis : Nanophotonics and quantum optics Link...
Certifying High-dimensional quantum entanglement with a camera PhD Student: Year of the defense: 2027 Funding: Team(s): Nanophotonics and quantum optics Teams’ Page of thesis : Nanophotonics and quantum optics Link TEL:
Solving Maxwell’s equations in photonic nanostructures to fundamentally study light-matter coupling PhD Student: Wan Chen Year of the defense: 2027 Funding: Team(s): Nanophotonics and quantum optics Teams’ Page of thesis : Nanophotonics and...
Deux équipes ont réussi à améliorer la qualité d’images au microscope, en utilisant des paires de particules intriquées, une technologie de physique quantique. Cette avancée significative dans le monde quantique concerne le groupe...
Grâce aux propriétés quantiques de la lumière, une équipe internationale a développé une méthode pour permettre aux microscopes de voir au travers des tissus biologiques. Lire la suite Référence Adaptive Optical Imaging...
Thin films realized by glancing angle deposition for gaz sensing applications PhD Student: Year of the defense: 2027 Funding: ED397 Team(s): Nanophotonics and quantum optics Teams’ Page of thesis : Nanophotonics and quantum...