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the intersection of optical microscopy, fiber-optics disease characterisation, biomedical engineering, and translational biophotonics, offering an excellent environment that bridges fundamental photonics research
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)—performing stereotaxic surgeries, viral (AAV) injections, and optic fiber implants for fiber photometry recordings, and managing a rodent breeding colony. Preference will be given to candidates with a
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optoelectronic devices, ultrafast optics, and fiber optical communication - from long-haul transmission to datacenter interconnects - we tackle real-world challenges at every scale. We’re a collaborative research
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Role: Research Associate in Novel Optical Sources Based on Gas-Filled Hollow-Fibers Grade and Salary: Grade 7, £37,694 - £47,389 per annum FTE and working pattern: 1FTE, 35hrs per week, Monday
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LevelPhD or equivalent LanguagesFRENCHLevelBasic Research FieldPhysicsYears of Research ExperienceNone Additional Information Eligibility criteria PhD in experimental physics (atomic physics, optics, lasers
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Helmholtz Zentrum München - Deutsches Forschungszentrum für Gesundheit und Umwelt | Stein bei N rnberg, Bayern | Germany | 25 days ago
biomedical imaging applications Your profile Master’s degree or PhD in Physics, Optical Engineering, Photonics, Quantum Engineering, Biomedical Engineering, or a closely related field, with a focus on quantum
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, and computing. With expertise in optoelectronic devices, ultrafast optics, and fiber optical communication - from long-haul transmission to datacenter interconnects - we tackle real-world challenges
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working in an international and collaborative atmosphere. We perform both curiosity-driven and applied-research in the areas of fiber-optic systems, optoelectronics and silicon photonics. We enjoy a state
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devices, ultrafast optics, and fiber optical communication - from long-haul transmission to datacenter interconnects - we tackle real-world challenges at every scale. We’re a collaborative research team
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boiling, aiming to (i) track transient liquid fronts at Critical Heat Flux and (ii) assess heat transfer during surface drying and rewetting, using optical fiber thermal sensing and a high-speed IR camera