17 machine-learning "https:" "https:" "https:" "https:" "https:" "Dana Farber Cancer Institute" uni jobs at Free University of Berlin
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will reside half a year in Berlin, Germany, and half a year in Kenya. In addition, local travel by car in Kenya (different schools, different authorities, different scientific institutes) is necessary
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Graduate College Global Intellectual History, both in collaboration with Humboldt-Universität zu Berlin). For further activities in the field of global history, see https://www.geschkult.fu-berlin.de/e/fmi
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that encourages the exchange of ideas and promotes collaboration between established and young scientists within Germany and around the world (https://www.physik.fu-berlin.de/forschung/dahlem-center-for-complex
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and secondary resources. The group closely collaborates with other research groups at the Center for Sustainable Resources (CSR|Berlin, https://www.csrberlin.de ) at Freie Universität Berlin and beyond
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., room reservations, invitations), administrative tasks such as documentation and social media posts on project progress The selection is done according to the SCRIPTS Diversity Rules & Guidelines: https
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and secondary resources. The group closely collaborates with other research groups at the Center for Sustainable Resources (CSR|Berlin, https://www.csrberlin.de ) at Freie Universität Berlin and beyond
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and secondary resources. The group closely collaborates with other research groups at the Center for Sustainable Resources (CSR|Berlin, https://www.csrberlin.de ) at Freie Universität Berlin and beyond
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macromolecular dynamics with machine learning, statistical mechanics, molecular simulations, and experimental data. The joint project “FAIME – Flexible and Efficient AI-driven Molecular Simulation Engine” is part
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simulation programs to model ultrafast non-equilibrium spin currents and high-frequency spin dynamics in antiferromagnetic and topological spintronic materials, as well as to simulate THz emission from
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collaborators at the Fritz-Haber-Institute (MPG) you will help to explore the microscopic processes behind electron, lattice, and spin interactions in magnetic van-der-Waals materials. During this, you will learn