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Field
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developing a new generation of intelligent, reconfigurable and scalable high-power fibre-laser systems, combining advanced photonics with artificial intelligence and computational optimisation. This position
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The post holder will join an Invest NI funded program working towards control and optimisation of ion beams driven by high-power lasers and their potential applications. The experimental work will
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performance. Build and operate optical characterization setups using tunable lasers, optical spectrum analyzers, power meters, cameras, fibre alignment stages, and related equipment. Characterize fabricated
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laser-matter interactions and plasma physics. The position will assume responsibility for the delivery of specific research objectives as part of a continuing Leverhulme Trust project that aims to model
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than 18,500 people, including over 14,000 students and 4,000 researchers from more than 120 different countries. Postdoctoral Research Fellow in Adaptive optics for ultrafast laser-matter interaction Mission
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. Generating spatially patterned THz waves typically involves a two-step process: (i) photoexcitation of silicon with patterned laser pulses, leading to conducting (illuminated) and non-conducting (non
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a 8 fs laser setup and generate structural light from it. You will work collaboratively within the team at Imperial College. You will hold a PhD in Physics (or a closely related quantitative
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for a highly driven Postdoctoral Research Scholar to join the lab. This group focuses on developing advanced surface engineering techniques, particularly laser-based methods, and conducting experiments to
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-technique characterisation of inorganic materials, including at least some of the following: pXRD, single-crystal XRD, SEM/EDX, DSC/TGA/STA, EXAFS, laser diffraction (PSD), ICP-OES, XRF. Working effectively
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and experience | Kā pūkeka me kā wheako The successful candidate will have: • A PhD in Physics. • Extensive experience with experimental atomic and optical physics, including experience with laser