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and job description] We are looking for a candidate of an assistant professor, who actively carries out researches on materials science using X-ray free electron laser and synchrotron radiation X-ray
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. Conducts routine and specialized radiological surveys, interpret results to recommend corrective actions, and implement and oversee the institution's Non-Ionizing Radiation Safety Program covering lasers
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passivating contacts (poly-Si/SiOx, doped a-Si:H, TCOs) Familiarity with device simulation (Sentaurus TCAD, Quokka, AFORS-HET) Experience with laser processes (LECO, slicing, etc.) Knowledge of surface
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effects of charge transfer (for example in cryptochrome and photolyase proteins) using time-resolved serial femtosecond crystallography at Free-electron laser sources. The project requires production and
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(Master / PhD / Postdoc). Our expertise lies in quantum foundations, quantum information theory and quantum technologies. For additional information, please visit: https://dakic.univie.ac.at/ . Your future
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exposed to high voltage electricity, radiation or electromagnetic fields, lasers, noise > 80dB TWA, Allergens/Biohazards/Chemicals /Asbestos, confined spaces, working at heights ?10 feet, temperature
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(lasers, optical spectrum analyzers, RF instruments, probe stations). Develop and execute measurement procedures, data acquisition scripts, and result analysis. For Packaging and Assembly: Development and
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experience in the areas of particle accelerator technology. Experience with high vacuum devices, cryogenic cooling, electrical, electronic, and/or RF systems, optical/laser systems, and electro-magnets
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amplitudes Perform and record Maddox Rod measurements order and maintain patient education materials inventory. Assess and record anterior chamber depth with a slit lamp or pen light Perform and record laser
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components like lasers and nonlinear devices. Addressing these challenges requires innovative modeling tools that combine efficiency with accuracy, bridging the gap between general-purpose multiphysics