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-CHM-00003. The successful candidate will adapt a dual-frequency comb laser for use in conjunction with a unique tip-enhanced spectroscopy instrument, currently under development in Prof. Rabitz's lab
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pathways: Directed Energy Deposition (repair based) Laser Powder Bed Fusion (LPBF) and Hot Isostatic Pressing (HIP). During the first year of the PhD, the student will focus on methodology validation by
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between King’s College London, Imperial College London and UK Catalysis Hub. The research in Photonics & Nanotechnology Group (https://www.kcl.ac.uk/research/photonics-nanotechnology ) involves
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, many nanoswimmers are powered by chemical reaction. For autonomous nanoswimmers, which have on-board motors, there is often a catalyst “engine” which will process a liquid fuel to generate a propulsive
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free electron lasers offer a new route to the structure determination of biomolecules. Due to the super-low signal-to-noise-ratio, computing the structure from such data is challenging, and new
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the fabrication of LED and laser diodes Demonstrated experience in the cleanroom fabrication of thin films by solution and vacuum processes- e-beam lithography, e-beam deposition, sputtering. A record of
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technical team. You will work on the design, assembly, and optimization of experimental setups and inspection systems (femtosecond laser illumination, PMT detection), considering nonlinear optics and
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generation of laser sources. These devices are based on a physical separation between electrical addressing and optical emission, enabling the design of addressable Tamm lasers with high potential
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lasers with high-average and high-peak power Building of optical cavities Running existing simulation codes in Julia and processing their results. Helping to develop new models and algorithms to simulate
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involves integrating multi-source data—specifically Airborne and Mobile Laser Scanning—with operational machinery data to create actionable workflows. A distinct but complementary component of the role