Autor: admin
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High-speed holographic interferometry for keyhole evaluation in laser material processing (KEEN)
ET | INF | MT | PHY | Thesis | SHK |WHK Motivation: Laser material processing is increasingly important in industrialmanufacturing due to its precision and efficiency. In deep penetrationwelding, a vapor capillary („keyhole“) forms and moves along the weld path.Its stability directly affects weld quality. However, materials like aluminumcastings and copper alloys often cause…
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Development of fiber-bundle-based endoscopy for high-resolution medical imagin
scientific staff / doctoral student / postdoc (m/f/d) For 3 years, with up to 100% of the regular weekly working hours to be filled. There is the opportunity for your own scientific further qualification (usually PhD / habilitation). The compatibility of family and work is of high importance. The position is generally also suitable for…
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Entwicklung faserbündelbasierter Endoskopie zur hochauflösenden medizinischen Bildgebung
wiss. Mitarbeiterin bzw. Mitarbeiter / Doktorandin bzw. Doktorand / Postdoc (m/w/d) für 3 Jahre, mit bis zu 100% der regelmäßigen wöchentlichen Arbeitszeit zu besetzen. Es besteht die Gelegenheit zur eigenen wissenschaftlichen Weiterqualifikation (i. d. R. Promotion / Habilitation). Die Vereinbarkeit von Familie und Beruf hat einen hohen Stellenwert. Die Stelle ist grundsätzlich auch für Teilzeitbeschäftigte…
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Paradigm Shift in Augmented Reality (AR) Through Physics-informed Deep Learning
The evolution of computer technology—from mainframes to home PCs and smartphones—has also reached wearable devices like smart glasses. The Internet of Things (IoT) necessitates a paradigm shift for augmented reality (AR), which integrates digital information into the real world in real time, thus augmenting our perception of our surroundings rather than replacing them, as in…
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Mimicking Arrythmia with Optogenetics
In association with TUD excellence cluster Physics of Life (PoL), the Laboratory MST and the Competence Center BIOLAS offer research at the intersection of laser-optical system engineering and cell biology / biomedicine. This research field addresses optogenetics, where the activity of transgenic cells is controlled by means of light-sensitive trans-membrane proteins. Our aim is to…
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Green neuromorphic computing chips for information transmission through multimode fibers towards the Internet of Things
The 2024 Nobel Prizes in Physics and Chemistry were awarded for research in the field of artificial intelligence (AI) and its applications. AI has led to paradigm shifts in many areas, such as the Internet of Things, biomedicine, robotics, microrobots implanted in the body, virtual reality, and second-generation quantum technology such as quantum sensing, quantum imaging,…
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Final Report 2025
The Chair of Measurement and Sensor Systems (MST) / Czarske Lab celebrates 21 years of innovation, education, and international recognition. With over 125 awards, including the prestigious Berta Benz and Koerber Prizes, the lab has achieved remarkable success in research, technology transfer, and teaching. Highlights include groundbreaking sensor innovations, major international congresses with Nobel laureates,…
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Paving new ways in biomedicine: TUD researchers are combining less invasive diagnostics with quantum imaging and artificial intelligence
Quantum technologies are a promising step towards major advances in high-performance computers, secure communication and also medical diagnostics. A team of researchers from TUD Dresden University of Technology and TU Darmstadt is now experimenting with the application of quantum imaging in biomedicine, e.g. in cancer diagnostics. The researchers used entangled photons (light particles) to transfer…
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Publications and talks 2025
SCI-Publications in journals with peer review process David Krause, Leon Liebig, John Boehm, Nektarios Koukourakis, J W Czarske, Single-shot impulsive stimulated Brillouin microscopy by tailored ultrashort pulses, Journal of the European Optical Society Rapid Publications, 2025 C. Bilsing, U. Janoske, J. Czarske, L. Büttner, S. Burgmann, “3D-3C Measurements of Flow Reversal in Small Sessile Drops…
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Publications and talks 2024
SCI-Publications in journals with peer review process Sun, J., Yang, B., Koukourakis, N., Guck, J., Czarske, JW, AI-driven projection tomography with multicore fibre-optic cell rotation. Nature Communications 15, 147 (2024) C. Bilsing, E. Nützenadel, S. Burgmann, J. Czarske, L. Büttner, “Adaptive-optical 3D microscopy for microfluidic multiphase flows”, Light: Advanced Manufacturing 5:37 (2024) J. Lich, T.…
