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ultimate goal of demonstrating monolithically integrated RGB GaN-based μ-LEDs on a single wafer. The vertical integration of semiconductor devices is a highly attractive strategy to increase the
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coatings, inks, adhesives and functional materials. UV photopolymerisation, and more recently LED technologies, enable rapid, localised and energy-efficient processes. Recent developments in UV LEDs at
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(MOF-LEDs). This PhD position will specifically address advanced spectroscopic characterization of photophysical processes and the fabrication and performance testing of LED devices . Main
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systems in drinking water. This research will look at low energy systems such as light-emitting diodes (LEDs), microbubbles for ozone treatment or photocatalysis, amongst others. The aim is to identify
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tests and test benches. Characterize sensors, cameras, and optical front-ends (photodetectors, SiPM, lasers/LEDs) for low-noise, low-light performance. Integrate optics, electronics, and firmware into
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. The professorship will be part of the Institute for Large Area Microelectronics and is associated with the management of the Institute's own 500 m² clean room facilities ( https://www.igm.uni
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is seeking to recruit a motivated Postdoctoral Researcher to work in the theory projects within the Centre of Excellence in Quantum Materials ( https://www.qmat.fi ). The research will be guided by