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skills: o Knowledge of plasma physics, laser physics, laser-matter interaction o Proficiency in scientific programming languages (Python required, C/C++ appreciated) o Skills in data processing, physical
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. Preferred: background and/or experience in microfluidics and image processing. Strong interpersonal skills, teamwork, scientific curiosity, and ability to synthesize information. Where to apply Website https
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(typically pulsed UV laser pulses) electrons can be extracted from suitably polarized electrodes (Eapp). This process leads to the formation of solvated electrons e_solv^-, which are strongly reducing and can
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/signal processing, and a motivation to work in an interdisciplinary environment. The project will involve experimental multiphoton microscopy (laser alignment, data acquisition), data analysis, programming
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rates. The thesis will focus on: - The operation of the ion trap and laser-cooling bench, and the implementation of traditional Rabi and Ramsey scheme to demonstrate clock operation; - The implementation