Thématiques

Nanobiophotonique

› Using optical antennas to enhance the fluorescence detection of single molecules.

Photoacoustic imaging for neurobiology

Cell and Tissue Morphogenesis

Mathematical optics

› Providing intuitive physical and geometric descriptions of light propagation, and using them for applications in metrology and imaging

- Structured light : physical and geometric properties
- Correlations in light and other waves
- Theoretical study of optical systems
- Polarization-based measurements

Nouvelles fibres optiques

› For biosensing and imaging

Developing innovative fiber tools for molecular spectroscopy and endoscopic imaging.

Optique non linéaire

› Imagerie moléculaire des cellules et tissus utilisant des impulsions laser ultra-courtes

Quantitative phase microscopy

› Using quadriwave lateral shearing interferometry for imaging of living cells and nano-objects.

- For Biology
- For Nanophotonics

Thermoplasmonics

› Using gold nanoparticles as nanosources of heat

Investigating thermal induced processes on the nanoscale in physics, chemistry and biology.

Wavefront shaping in scattering media

› For in-depth non-linear imaging in tissues

Using wavefront shaping to image into inhomogeneous or highly scattering media.

Polarized Microscopy

› From single molecules to tissues

Controlling light polarization to probe orientation of single molecules and organization of biomolecular assemblies.