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the Astronomy and Plasma Physics division at the Department of Space, Earth and Environment. You will become part of a dynamic research team exploring the structure of the star-forming interstellar
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diodes (LEDs). A critical challenge in this field pertains to understanding the nature and role of atomic-scale (local) structure and dynamics, which underlie the photophysical properties
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challenge in this field pertains to understanding the nature and role of atomic-scale (local) structure and dynamics, which underlie the photophysical properties of these materials. Experimentally
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Join us at the Hybrid Quantum Systems Laboratory to design and fabricate photonic structures that achieve strong and tunable atom–light coupling, contributing to emerging quantum technologies. As
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and refined our pioneering AI-driven methods. This project focuses on improving protein structure prediction, design, quality assessment, and dynamics using innovative machine learning techniques. You
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simulations of complex systems where magnetism is coupled to atomic structure and atomic vibrations. As postdoc, you will principally carry out research. A certain amount of teaching may be part of your duties
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for a highly motivated postdoc to join the Astronomy and Plasma Physics division at the Department of Space, Earth and Environment. You will become part of a dynamic research team exploring the structure
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a Research Infrastructure? No Offer Description Join us to pioneer next-generation generative models that accelerate molecular dynamics. We seek a postdoctoral researcher to develop AI surrogates
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, shaping them and characterizing their properties and structure determination on different length scales. To support the work, there is a large amount of advanced lab equipment and instruments as
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in both lithium and sodium batteries. The goal is to understand how different design and material choices link to structure, dynamics and performance. A special focus is on solvent-free electrolytes