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schemes for accelerating low temperature plasma simulations. Understanding the science of electrochemical, pulsed electrical heating and plasma-assisted catalysis and chemical synthesis. Successful
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for bioengineering projects to be performed as part of the growing ODBI community. Fellows who ignite new collaborations between faculty in ODBI and across the School of Engineering and Applied Sciences (SEAS) and the
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intention of the program is to provide several pathways to a successful career in plasma and/or fusion research. Fellowship awards are subject to the availability of a project mentor, so applicants
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electrochemical, pulsed electrical heating and plasma-assisted catalysis and chemical synthesis. Successful candidates will work with researchers at PPPL and may also propose to join one or more of the range
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research. Fellowship awards are subject to the availability of a project mentor, so applicants are encouraged to develop project ideas as early as possible with PPPL research experts. A U.S. Department of
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their projects. Although we expect that the fellowship year will be a transformative experience and of great help in whatever field the Fellow proceeds to next, our primary consideration is the expected benefit of
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with two or more Princeton faculty to establish an interdisciplinary research plan for bioengineering projects to be performed as part of the growing ODBI community. Fellows who ignite new collaborations
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, or engineering large AI models or their applications. Current PLI projects involve work with language, images, multimodal data, science/math, code, and scientific data. PLI is also focused on AI safety, fairness
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graduation to an independent project of extraordinary merit that will widen the recipient’s experience of the world and significantly enhance his or her personal growth and intellectual development