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for the degradation, and develop in-situ optical sensing platform (e.g., UV-VIS and Raman spectroscopies) to monitor the degradation rate. You will work closely with industrial partners to source the starting polymers
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Energy-Dispersive X-ray Spectroscopy) to visualise particle morphology at the micro- and nanoscale, and µ-FTIR (Micro-Fourier Transform Infrared Spectroscopy) for high-throughput particle identification
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and by manipulating abiotic factors (e.g. temperature, water, N). You will collect physiological and whole-plant measurements including gas exchange, chlorophyll fluorescence, optical spectroscopy, and
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on developing the BLIB, an experimental system studied using techniques such as modern microscopy, spectroscopy, electrochemistry, and materials synthesis. You’ll work extensively in the lab, using equipment like
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evaluated with novel in-situ experimental methods, such as isothermal resonant ultrasound spectroscopy (IRUS). The intended outcome is a new general characterization method for the isothermal and non
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publications and at conferences. Your work will result in the completion of a scientific thesis on the topic of trapped ion quantum computing and precision spectroscopy. You will work in a small team of other
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to interpret remote-sensing observations of icy moons. You will join an interdisciplinary and international team that integrates laboratory astrochemistry, spectroscopy, quantum chemistry, radiative-transfer
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have full access to the group's state-of-the-art measurement setups for magneto-optic spectroscopy at room and cryogenic temperatures down to 40 mK. Requirements Master degree in physics, electrical