We are seeking a research enthusiastic graduate in physics or physical chemistry to work with us on attosecond time-resolved experiments investigating the quantum-state evolution of atomic and molecular systems driven by extreme light fields. With a set of cutting-edge experimental tools, we envisage the PhD project to provide insight in the laser-controlled formation of desired molecular assemblies and the quantum-mechanically complete characterization of electronic and nuclear wave packets dictating the course of photochemical reactions. These activities will be strongly interlinked with other attosecond projects on laser-controlled magnetization dynamics, attosecond microscopy of carrier dynamics in electronic circuitry and laser metrology for environmental and space sensing applications.
40 hours/week, fully funded, tentative start date April 1st, 2023, 3 years (with the option of an extension for 4 years)
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