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Laser Ionization for Applications in the Environment and Health) aims to develop instrumentation based on the coupling of laser ionization to mass separation in order to quantify, separate and purify
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the experimental team of the PHI group. They will support the activities of the PHI group during the experimental campaigns carried out on the facility, whether on subjects related to "high contrast laser-matter
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industry projects, related to laser micromachining, wetting, materials science and materials engineering. Responsibilities include: Acquisition and integration of a new laser scan head into our existing
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strategies for controlling quantum states of many atoms using precisely shaped laser fields. We offer the possibility to do exciting experiments embedded in a culturally and scientifically rich research
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, molecular and optical physics, including optics, lasers, mechanical design, ultrahigh vacuum systems and experimental automation. Computer programming experience and control of complex instruments will be
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laser radiation. This project will develop chemical tools to connect gold nanorods to ligand gated ion channels. Protein conformational changes will be observed from individual protein-gold-nanorod
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of optical pulses with a well-defined time width and frequency, and requires experience with laser spectroscopy and single photon detection. Additionally, knowledge of quantum state estimation will be
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, non-ionizing laser radiation sources, and high-field magnets at WU facilities. Job Description Primary Duties & Responsibilities Serves as an Assistant Radiation Safety Officer for the Washington
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Bose-Einstein condensation at room-temperature [5] and the first polariton lasers based on fast-propagating waveguide polaritons [6,7,8]. Since 2020 he has been working, in collaboration with the team
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Characterisation such as optical studies and nonlinear optics (Second harmonic generation, z-scan technique, laser damage threshold, optical limiting) Functional Magnetic Materials: Additive manufacturing