...Astronomical instrumentation on ground based telescopes; High angular and spectral resolution; Adaptive optics (wide field and extreme AO); Signal processing, wave-front sensing, atmospheric tomography, wave propagation through random media, linear and non-linear optimisation, inverse (large scale) problems, dynamical control....
CEO - Optical Deblurring Technologies for Space Sciences Applications
Main projects:
– NFIRAOS (Thirty Meter Telescope): numerical modelling, atmospheric tomography, signal pro- cessing, optimality in inverse problems, dynamical control, PSF reconstruction
– GPI (Gemini Observatory): Strehl-optimising minimum-variance controllers for low-order modes
– SCExAO (Subaru Telescope): non-linear optimisation for curvature wave-front sensing
RAVEN (Subaru Telescope): Multi-objects adaptive-optics, tomographic wave-front reconstruction, efficient real-time numerical solvers
Title: Design of high-performance adaptive optics control laws for large/very large astronomical telescopes >>
Advisers: Jean-Marc Conan, Henri-François Raynaud and Caroline Kulcsár
Funding:FCT
Title: Design of high-performance adaptive optics control laws for large/very large astronomical telescopes >>
Advisers: Jean-Marc Conan, Henri-François Raynaud and Caroline Kulcsár
Funding:FCT
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