| Thesis subject, 2026 |
Directeur
|
Co-directeur | Mots clefs - Discipline |
Oscillator at the Quantum Noise Limit for Squeezing Techniques.Oscillateur à la limite du bruit quantique pour des techniques de compression lumineuse |
Noël DIMARCQ | Marina TRAD-NERY |
Optomechanics, Suspended mirror, Light compression, Quantum noise attenuation
Optomécanique, Miroir suspendu, Compression lumineuse, Atténuation du bruit quantique |
Experimental optics and Simulation for Scattered Light Metrology(Please submit your application by April 30) |
Frederic Cleva (ARTEMIS) | Michal Was (LAPP) |
Optics, experimental Physics, stray light, LISA Space Mission |
