or thesis, various algorithms for relevant application examples, such as optical waveguides or printed micro-optic components, will be investigated and quantitatively compared. This collaboration project with ZEISS

or thesis, various algorithms for relevant application examples, such as optical waveguides or printed micro-optic components, will be investigated and quantitatively compared. This collaboration project with ZEISS

or thesis, various algorithms for relevant application examples, such as optical waveguides or printed micro-optic components, will be investigated and quantitatively compared. This collaboration project with ZEISS

or thesis, various algorithms for relevant application examples, such as optical waveguides or printed micro-optic components, will be investigated and quantitatively compared. This collaboration project with ZEISS

or thesis, various algorithms for relevant application examples, such as optical waveguides or printed micro-optic components, will be investigated and quantitatively compared. This collaboration project with ZEISS

indispensable. A major source of error are wavefront perturbations due to diffraction at microscopic surface defects. This master's thesis focuses on the impact of such local surface defects on the interferogram and the investigation

indispensable. A major source of error are wavefront perturbations due to diffraction at microscopic surface defects. This master's thesis focuses on the impact of such local surface defects on the interferogram and the investigation

indispensable. A major source of error are wavefront perturbations due to diffraction at microscopic surface defects. This master's thesis focuses on the impact of such local surface defects on the interferogram and the investigation

indispensable. A major source of error are wavefront perturbations due to diffraction at microscopic surface defects. This master's thesis focuses on the impact of such local surface defects on the interferogram and the investigation

Naturwissenschaftlicher Doktorand (gn*) ForschungslaborBefristet auf 3 Jahre | In Teilzeit mit 65 % | Vergütung nach den Bestimmungen des TV-L E13 | Klinik für Kinder- und Jugendmedizin, Allgemeine Pädiatrie