Postdoctoral research scholar to enhance understanding of the climactic effects of limited nuclear wars by studying the fundamentals of how large-scale fires are initiated by nuclear explosions, their probability of their occurring, and the expected soot loading produced by such fires.
This is a full-time position The position is for one year, renewable for up to one additional year pending satisfactory performance. Salary is $80,000/year. The scholar is expected to work in residence at MIT.
Principal Duties and Responsibilities (Essential Functions):
Responsibilities include:
Qualifications & Skills:
REQUIRED A doctoral degree in a relevant quantitative technical discipline (Physics, Applied Mathematics, Engineering, Environmental Science); practical experience of coding and numerical modelling; proven ability to craft research agenda, review and analyze the existing literature, and synthesize research findings; superb command of English, both written and spoken, with a demonstrated ability to structure complex technical documents and write clear and precise prose.
PREFERRED Experience in modelling large-scale fires; knowledge of nuclear weapons and their effects; experience with knowledge transfer in a public-policy setting; knowledge of the LaTeX typesetting language.
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The MIT Plasma Science & Fusion Center is hiring innovative, motivated, and qualified individuals to execute its mission of accelerating the development of fusion energy. A leader in fusion research, the PSFC is an idea meritocracy with a tradition of relentless innovation and lively, engaging technical discussions.The PSFC is seeking outstanding individuals with a track record of excellence across a wide variety of areas to join its team: technicians, machinists, designers, engineers (mechanical, electrical, power, cryogenic, nuclear), physicists, fiscal officers, and support staff. Successful candidates will work with a stellar team of students, scientists, engineers, and staff on one of the most challenging and important problems facing humanity: the delivery of clean, sustainable, and societal-scale energy on a timeline to combat global climate change.