Toutes Astrochemistry Astrophysics Atom interferometry Attosecond physics Biomolecules Biophotonic Carbonaceous aerosols Chirality Drosophila larva Electron spectroscopy Extreme ultraviolet Fabry-Perot cavity Femtosecond laser Fluorescence Fluorescence microscopy Force nanosensor Free radicals Frequency agile laser FRET Gravitational-waves detector High harmonic generation High resolution Image analysis Imaging Laser Speckle Imaging Laser-atom interaction Lasers Ligands Light manipulation Luminescent Solar Concentrators Magnetic tweezers Materials science Metasurfaces Microscopy Multifunctional materials Multiscale NADPH oxidase Nanophotonics Nonlinear optics OLED Optical Coherent Tomography Optical design Optical excitation coherence Optical microfiber Optical tweezers Optics Optimization Orbital angular momentum Photocatalysis Photochemistry Photonic nanostructures Photonics Picosecond dynamics Pigment Quantum computing Quantum dot Quantum error correction Quantum mixtures Quantum optics Radiotharapy Raman scattering Raman spectroscopy Retinal imaging RF sensing Rydberg atoms second call Self-assembled monolayers Silicon photonics Single molecule Solide state chemistry Spectroscopy Spin coherence Super-resolution imaging SWIR detector Theoretical calculations Thesis subjects Tolerancing Wavefront sensing Fault-tolerant Quantum Computing Tools with Neutral Atoms Thesis director Antoine BROWAEYSantoine.browaeys@institutoptique.fr DOWNLOADS & LINKS Thesis-subject-description-BROWAEYSADUM link to apply for this thesis subject
