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the operation of contemporary and future plasma-based sources of extreme-ultraviolet (EUV) and beyond-EUV light for nanolithography. In our group’s research we, for example, uncovered the quantum origins
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BioImaging Infrastructure (NL‐BI) is a nation-wide initiative that enables and supports scientific breakthroughs in bioimaging across experimental models and imaging modalities. NL-BI provides researchers with
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photonic technologies are rapidly converging, creating new opportunities for miniaturized sensors, imaging systems, and advanced communication devices. Integration of electronics and photonics is essential
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safe landing site and to avoid them as hazards during the landing process. AI-based networks seem to be a very promising candidate to solve this challenge, at least for the a-priori analysis. However, as
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experimental and theoritical topics related to space remote sensing (such as hyperspectral imaging, surface polarimetry, full Stokes vector analysis,…) applied to earth observation and well as planetary
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given to candidates with expertise in two or more of the following microelectronics domains relating to the position: Analogue and digital signal processing for communication, radar, GNSS, image and video
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emerging as a promising paradigm to overcome bottlenecks in conventional computing, offering ultra-fast and low-energy information processing. Recent advances include both spiking and deep learning schemes
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of Remote Sensing imagery for land monitoring, from UAV and airborne platforms to imaging spectroscopy, optical to SAR satellite data at a global scale. Increasingly, our work integrates AI and machine
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therapeutic options and potential cures are becoming increasingly feasible. The eye is particularly suitable for gene therapy approaches due to its well-defined structure, accessibility and ability to be imaged
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integrated optics; spectro-radiometric imaging instruments in the x-ray, ultra- violet, visible and infrared region; optical metrology, and space micro-nano technology systems, stray-light analysis and