Specializing in
adaptive optics
AdaptiveOpticsLab pioneers real-time wavefront control, quantum communications, and laser beam shaping. We turn atmospheric distortions into opportunities for breakthrough science.
Active projects Recent papersOur expertise
Adaptive optics
Deformable mirrors, closed‑loop control algorithms, and woofer‑tweeter architectures for astronomy and microscopy.
Quantum communications
Free-space quantum key distribution through turbulent atmosphere, adaptive optics assisted entanglement distribution.
Software development
Real‑time measure & control out-of-the-box software, customizable software based on your request, simulation environments (OOPao, COMPASS).
Atmospheric turbulence
Modeling of optical turbulence profiles, scintillation, and real‑time compensation for ground‑to‑space links.
Light scattering
Multiple scattering media, coherent backscattering, and adaptive correction for biomedical imaging.
Wavefront sensing
Shack‑Hartmann, pyramid, and curvature sensors; deep learning accelerated wavefront reconstruction.
Laser beam shaping
Arbitrary beam profiles, vortex beams, and diffractive optics for high‑power laser systems.
Deformable mirrors
Design, characterization, and control of continuous facesheet, segmented, and MEMS deformable mirrors for high‑order aberration correction.