Revealing chiroptical interactions at the nanometric scale PhD Student: Maud Virolle Year of the defense: 2028 Funding: Team(s): Nanophotonics and quantum optics Teams’ Page of thesis : Nanophotonics and quantum optics Link...
by web-nanopt · Published 26 November 2025 · Last modified 13 January 2026
Team Permanent member: Maria Sanz-Paz PhD Student: Maud Virolle Plasmonic nanoantennas are the most effective platform to control light-matter interactions, as they can affect nearby quantum emitters. By modifying the local density of states...
Superfluorescence of quantum light nano-emitters PhD Student: Alexis Kayacan Year of the defense: 2028 Funding: Team(s): Nanophotonics and quantum optics Teams’ Page of thesis : Nanophotonics and quantum optics Link TEL:
Manipulating the photon avalanche process through control of magnetic light PhD Student: Filippo Calavaro Year of the defense: 2028 Funding: Team(s): Nanophotonics and quantum optics Teams’ Page of thesis : Nanophotonics and quantum...
Autres Evénements/Other events
by Cécile Duflot · Published 22 July 2025 · Last modified 21 July 2025
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:
