Course based on strong emphasis on hands-on training, which is inseparable from top-level classroom training.
Labwork subjects intend to reflect the most recent advances in research in all areas of modern optics, and in state-of-the-art optical technologies.
The course provides opportunities to perform top-level labwork in quantum physics (source of entangled photons, saturated absorption), instrumental optics (adaptive optics, phase-shifting interferometer, etc.), lasers (holography, interferometry, optical parametric oscillators, etc. ) and optical telecommunications (erbium-doped fibre amplifiers, 10 Gb/s digital transmission).
Course based on strong emphasis on hands-on training, which is inseparable from top-level classroom training.
Labwork subjects intend to reflect the most recent advances in research in all areas of modern optics, and in state-of-the-art optical technologies.
The course provides opportunities to perform top-level labwork in quantum physics (source of entangled photons, saturated absorption), instrumental optics (adaptive optics, phase-shifting interferometer, etc.), lasers (holography, interferometry, optical parametric oscillators, etc. ) and optical telecommunications (erbium-doped fibre amplifiers, 10 Gb/s digital transmission).