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Senior Experiment Support Technician job with Science and Technology Facilities Council (STFC)

Rutherford Appleton Laboratory, Harwell, Oxfordshire Salary: £31,931 - £34,709 (dependent on skills and experience, plus annual role-based allowance of £2,000) Full time Permanent As part of UK Research and Innovation, the Science and Technology Facilities Council (STFC) is one of Europe s largest research organisations and operates at a number of sites within the UK, including the Rutherford Appleton Laboratory (RAL) and many more around the world. RAL is home to about 1,200 staff that work with a community of more than 10,000 scientists and engineers mainly from the research sector, which spans the scientific spectrum including energy, security, materials healthcare, life-sciences and the environment to address important challenges facing society.

Artificial intelligence improves control of powerful plasma accelerators

Artificial intelligence improves control of powerful plasma accelerators Researchers have used AI to control beams for the next generation of smaller, cheaper accelerators for research, medical and industrial applications. Experiments led by Imperial College London researchers, using the Science and Technology Facilities Council s Central Laser Facility (CLF), showed that an algorithm was able to tune the complex parameters involved in controlling the next generation of plasma-based particle accelerators. The algorithm was able to optimize the accelerator much more quickly than a human operator, and could even outperform experiments on similar laser systems. These accelerators focus the energy of the world s most powerful lasers down to a spot the size of a skin cell, producing electrons and x-rays with equipment a fraction of the size of conventional accelerators.

Artificial intelligence improves control of powerful plasma accelerators | Imperial News

The plasma source for the accelerator Researchers have used AI to control beams for the next generation of smaller, cheaper accelerators for research, medical and industrial applications. Experiments led by Imperial College London researchers, using the Science and Technology Facilities Council’s Central Laser Facility (CLF), showed that an algorithm was able to tune the complex parameters involved in controlling the next generation of plasma-based particle accelerators. The techniques we have developed will be instrumental in getting the most out of a new generation of advanced plasma accelerator facilities under construction within the UK and worldwide. Dr Rob Shalloo The algorithm was able to optimize the accelerator much more quickly than a human operator, and could even outperform experiments on similar laser systems.

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