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Supervisory Team: Prof Johan Nilsson, Dr William Kerridge-Johns Project description: This project, focussing on high-power laser architectures, will contribute to a major Ministry of Defence (MoD
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programme Is the Job related to staff position within a Research Infrastructure? No Offer Description We are looking for a highly motivated PhD student to work on a project focusing on the radiation biology
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approach in laser ultrasonic techniques applied to elastic waveguides Non-contact laser ultrasonic techniques offer a unique tool to generate and measure elastic guided waves in solids. From these waves
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Consolidator Grant from the European Research Council titled “Next-Generation Light Source: Driving plasmas to power tomorrow’s nanolithography (MOORELIGHT)”. Background Advanced semiconductor devices
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monitoring and sensing of the fundamental physical phenomena occurring during laser-material interaction, in order to optimize laser-based material processing techniques for sustainable manufacturing
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centre, there is an almost systematic recurrence of the tumour. Several hypotheses can explain this phenomenon: the first is that the effectiveness of radiation depends on cellular metabolism; the second
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an innovative femtosecond laser bench to modify the characteristics of nanoparticles for fibre lengths ranging from µm to km, with possible variations in the characteristics of nanoparticles over micrometric
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Vacancies PhD position on innovative metrology techniques for high power laser applications Key takeaways We are looking for a PhD-candidate to strengthen our highly motivated and multidisciplinary
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when recrystallised. Radiation damage and transmutation induced embrittlement are major design constraints and may necessitate frequent replacement of irradiated materials, which limits the commercial
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methods, Monte-Carlo simulation, and pulsed-laser-deposition of oxide thin films. The PhD project unites our internationally leading expertise in nonlinear laser spectroscopy and ferroic materials. Its aim