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This is a research opportunity for PhD students who are interested in learning satellite tracking (radar and laser) technology, Earth's gravity field variations, and climate changes by hydrological
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), and Diamond Light Source, the UK national synchrotron source, in the Spectroscopy Group. The PhD will combine inorganic photochemistry, ultrafast laser spectroscopy, and time-resolved structural methods
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. The discovery of spintronics THz emitters shows that it is possible to outperform laser driven semiconductor THz sources when using a different, spin based, emission scheme. This discovery lead to an
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. Additionally, the high-scalability and multidimensionality of optoacoustic imaging allows its combination with chemical-specific laser excitation that can be applied in living cells, animal models, and humans
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multidisciplinary and we expect that the PhD student will contribute to current research on single-atom transport and laser cooling, atomic qubit control and characterization, as well as advanced numerical
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project involving advanced ultrafast laser spectroscopy? Would you like to work in a friendly and collaborative environment? Then you might want to join our young team as a PhD candidate! The Faculty
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important for the virus’s life cycle. Using mainly native mass spectrometry, ion mobility, imaging with X-ray free electron lasers, and molecular dynamics simulations, viral particles with be interrogated in
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for doing experimental research. Interest in theoretical modelling of your experiment. In addition, we appreciate experience in general experimental physics, optics and laser, nanomechanics and electronics