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Max Planck Institute for the Science of Light, Erlangen | Erlangen, Bayern | Germany | about 1 month ago
Research School “Physics and Medicine” (IMPRS-PM), which aims to train the next generation of scientists at the interface of physics and basic medical research. We encourage applications from interested
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and work in an international team of experts from different disciplines such as proton therapy, computer science, applied mathematics, detector physics and medical physics. We are currently looking
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and verifiably safe. We consider resilience and intelligence to be part of the same process. What you will do Quantum computing is predicted as disruptive, emerging technology with potential big impact
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produced, which are used in the semiconductor industry, medical technology or the optics industry, for example. One of the current challenges arises from the increased demands of the new applications
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Are you looking for an exciting job that will change our future for the better? Are you fascinated by laser technology, especially in the field of medical technology? Are you looking for further
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on semiconductor manufacturing and medical technology. Are you passionate about cutting-edge research at the intersection of hardware design and software programming? Join us as a student and help
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, is offering the opportunity to write a master's thesis on SLE process development with sapphire. Modern laser processes, such as selective laser-induced etching (SLE), are used to produce high
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disciplines. The business unit "Biological and Macromolecular Materials" is dedicated to advancing personal care and medical product innovation through the exploration of mechanisms of action and the creation
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and technologies are primarily aimed at sectors that are particularly important for future viability: aviation, automotive, energy technology, maritime technologies, medical technology and life sciences
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materials for important future fields such as the semiconductor industry, the display industry, medical technology, the optics industry and quantum technology. USP laser processes are characterized by