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Are you excited about pioneering next-generation photonic integrated circuit technologies by bringing tabletop solid-state and fiber-laser capabilities to chip-scale platforms? Do you want
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on the use of high-order harmonic generation (HHG)–based XUV radiation driven by high-power femtosecond lasers for time-resolved studies of matter. A central research activity concerns the investigation
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-range multi-qubit gates, and the use of destructive interference to suppress loss processes. The successful candidate will design and construct the laser systems, control electronics, and vacuum hardware
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of laser systems across the facility, providing expert guidance on safe design, procurement, operation, and commissioning of laser-based equipment. Together with your colleagues, you will contribute
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and English.. LanguagesROMANIANLevelMother Tongue LanguagesENGLISHLevelGood Research FieldBiological sciencesYears of Research Experience4 - 10 Additional Information Selection process https
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femtosecond laser operation, gas-phase spectroscopy, plasma and flame synthesis of nanomaterials, laser ablation synthesis of nanomaterials. Expert in building scientific apparatus Preferred Qualifications
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and joining mechanism from the aspect of metallography for fusion welding (arc and laser welding) and solid-state welding (friction welding). Research on development of innovative joining and welding
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(SAF), specifically investigating the local and global extinction of bluff-body swirl spray flames. In this role, you will utilise laser diagnostics and numerical tools to characterise combustion species
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instruments, such as detectors and lasers operating in the UV to FIR wavelength ranges, fibre-optic sensors, lidars, optical communication systems and quantum technologies. The Section is staffed with around 25
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(Harvard, Penn State, Brookhaven, and more) and at x-ray free electron lasers around the world (LCLS, SwissFEL, PAL-XFEL, and more). The candidate will have the opportunity to help shape the research program