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findings in peer-reviewed journalsActive contribution to the ongoing scientific work and collaboration efforts of the research group. Your Role/ Requirements: PhD degree in nuclear physics; prior nuclear
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reduce those uncertainties. Qualifications include an earned PhD in physics, astrophysics, nuclear physics, nuclear astrophysics or stellar astrophysics with a focus on the modelling of astrophysical
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maturation, characterizing performance and properties of nuclear fuels and materials, and generate the data to advance physical modeling and simulation. The primary function of this open position is to perform
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. The goal is to develop new physical understandings of how selected materials respond to radiation damage and transmutation in the extreme conditions of a fusion reactor. The team has a rich track record of
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: PhD in nuclear engineering, applied physics, computational science, or a closely related field; demonstrated experience in Multiphysics modelling, numerical methods for PDEs, and code verification and
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across fields of nuclear physics, engineering design and/or materials science. The role reports to Associate Professor Patrick Burr and has no direct reports. Salary: Level A – AUD $113,911 to $121,838 per
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workshops. Qualifications (requirements for the position): Holds a PhD in nuclear physics, nuclear engineering or similar. Candidates with a PhD degree in computer science/engineering with experience within
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MATERIALS Curriculum Vita Letter of Interest Name and Contact Information of 3 References Education Requirement: Ph.D. in radiochemistry, nuclear chemistry, chemistry, or related discipline. If the candidate
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Observatory for Rare Events (CUORE) and the CUORE Upgrade with Particle IDentification. Candidates should have a PhD in experimental nuclear or particle physics, or the equivalent. Preference will be given
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The Postdoctoral Appointee will be part of an R&D group conducting use-inspired research supporting the development of process technologies for next-generation nuclear/chemical/electrochemical