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Zanna, the successful candidate will focus on developing generative machine learning models for complex dynamical systems for probabilistic forecasts. The postdoc will be expected to lead independent
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/scholarship during postdoc appointment period. Projects in the Birnbaum lab focus on plant regeneration and plant cell development. This postdoc will work on a new project on somatic embryogenesis in poplar and
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University Tandon School of Engineering The Dynamical Systems Laboratory at NYU Tandon School of Engineering is seeking to hire a Post Doctoral Associate to work on the mechanics of deep-sea sponges. We seek
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goals and those of faculty mentor; and publication of research findings/scholarship during postdoc appointment period. Projects in the Rocha lab address the evolutionary history of populations and species
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their research careers. They would also be expected to help seek external funding for their work. The postdoc will receive close one-on-one mentoring, opportunities to present results at conferences, and guidance
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for unseen regimes, including rare events. The postdoc will be expected to lead independent research directions while collaborating with a team comprising domain scientists, experts in climate physics and
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. The postdoc is expected to contribute to the project deliverables, while working collaboratively in a team of PhD and postdoctoral researchers. The postdoctoral associate will be expected to: Conduct
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on building and understanding foundation models for science, and in particular modeling complex interconnected systems from astronomy, biology, fluid dynamics to solar physics. For this position, we are looking
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well as interpretability of scientific foundation models. The rush to build foundation models has led to the development of large machine learning models in Astrophysics, fluid dynamics, biology, weather prediction, solar
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animal species. The main foci of these analyses will be (1) reconstructing population structure and demography and (2) determining the role of drift and selection on the dynamics of transposable elements