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Postdoctoral Research Fellow: The main goal of our group is to use the fist stars and galaxies in the Universe as probes of Dark Matter. The postdoctoral researcher’s primary role will be the inclusion
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funded by an EU programme Is the Job related to staff position within a Research Infrastructure? No Offer Description ICFO is offering a postdoctoral position to a well-qualified, highly motivated and
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research in generating new knowledge and improving understanding of the nature of Dark matter particles as well as their interaction mechanisms with “normal” matter. Ideal candidate will bring a robust
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of the nature of Dark matter particles as well as their interaction mechanisms with “normal” matter. Ideal candidate will bring a robust background in nuclear theory, with experience in areas such as Density
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spectroscopy or single photon counting but with a demonstrated interest in dark matter direct detection 2. Evidence of experimental/hardware skills or an interest in developing them 3. Ability
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Postdoctoral Research Associate or Research Associate in Computer Science ( Job Number: 24000510) Department of Computer Science Grade 6/7: - Grade 6: £29,605 - £36,024 per annum, Grade 7: £37,099
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Postdoctoral Fellow - Low Energy Neutrino Physics - 521752 , The University of Alabama, 3 months agois involved in the LZ dark matter experiment. The UA team is participating in the nEXO background control effort, plays a leading role in its project organization, and is operating low radioactivity
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PhD studentship in galaxy formation in the group of Prof. Chervin Laporte. The main research interests of the group are in galactic dynamics, near-field cosmology/Galactic Archaeology, dark matter and
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Postdoctoral Research Associate in Quantum Light and Matter ( Job Number: 24000264) Department of Physics Grade 7: - £37,099 - £39,347 per annum Fixed Term - Full Time Contract Duration: 24 months
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universe, with recent hires resulting in a group of six faculty collaborating on experiments on direct detection of dark matter, neutrino oscillations, and cosmic neutrinos, providing a rich environment for