SM
S. Maroquin
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Evaluating the improvement of atmospheric aberration corrections with the use of Adaptive Optics
Enabling inter-island communication through quantum encrypted optical communications
IAC will be developing a new Transportable Optical Ground Station (TOGS). It is a telescope that is intended to be used for quantum key distribution in a number of events. Using AO for free-space propagation stabilises the optical signal on a detector significantly, and maximises the received signal by returning near-diffraction limited performance to the optical system and stabilising the channel transmission and noise. The goal of this thesis will be to design a controller for an AO system that will be used for the new Transportable Optical Ground Station (TOGS) of IAC.
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IAC will be developing a new Transportable Optical Ground Station (TOGS). It is a telescope that is intended to be used for quantum key distribution in a number of events. Using AO for free-space propagation stabilises the optical signal on a detector significantly, and maximises the received signal by returning near-diffraction limited performance to the optical system and stabilising the channel transmission and noise. The goal of this thesis will be to design a controller for an AO system that will be used for the new Transportable Optical Ground Station (TOGS) of IAC.
Bachelor thesis
(2021)
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A.M.P. Bronstring, P.F.W. Eckstein, H.M. Powis, I. Sinha, L. Vieira dos Santos, I.C. Dumitrescu, S. Maroquin, Emir Şarlak, M. Staelens, S. Voloshyn, E. Mooij, T. Bründl, M.S. Fayolle-Chambe