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, (cryogenic) ultra-high-vacuum systems, nanoparticle cooling, cluster science, advanced optics, laser systems and frequency conversion, mass spectrometry or matter-wave research. Demonstrable experimental
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withstand vacuum and space environments and therefore needs to be very efficient to minimize cooling. The design shall form the basis for variations that can power other related propulsion concepts in the TUD
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hands-on experience in at least two of the following areas: molecular beam sources, (cryogenic) ultra-high-vacuum systems, superconducting nanowire detectors, advanced optics, laser systems and frequency
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complex experiments. Analytical thinking, creativity, and an independent working attitude are highly valued. Experience with electrochemistry, vacuum equipment, or in situ spectroscopy is considered
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must have extended hands-on experience in at least two of the following areas: molecular beam sources, (cryogenic) ultra-high-vacuum systems, superconducting nanowire detectors, advanced optics, laser
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: • molecular beam sources, • (cryogenic) ultra-high-vacuum systems, • nanoparticle cooling, • cluster science, • advanced optics, • laser systems and frequency conversion, • mass spectrometry
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cleanroom facilities, while also contributing to the development of the associated electronics, vacuum hardware, and experimental instrumentation required for the prototype. The final phase focuses