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group of Prof. Jörg Libuda. The position focuses on surface‑science studies on complex model interfaces for catalysis, energy storage, and the production of semiconductor devices. In situ infrared
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sputter epitaxy (MSE) – a new sustainable core technology for production of group III-nitride semiconductors for power electronics and other applications, with special focus on strain management (including
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from single semiconductor-based quantum emitters and new materials to the generation of tailored photonic states and novel, scalable, and compact photonic quantum systems based on photonic integrated
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