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Are you intrigued by the forefront of biophysics technology – and integration with genome-wide data and AI methods? Thanks to groundbreaking advancements, we can now show the internal dynamics
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of molecular events that underlie chaperone functions, and are invisible with other methods. Here you will focus on a new frontier: how chaperones and ribosomes work together to synthesize and fold multi-protein
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of molecular events that underlie chaperone functions, and are invisible with other methods. Here you will focus on a new frontier: how chaperones and ribosomes work together to synthesize and fold multi-protein
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which a system can dynamically tune itself to a critical point, and from which scale-free structures (aka fractals) emerge organically in the dynamics of the system. While SOC has been theoretically
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single-molecule biophysics (Nat Commun 2021, 2023) and microfabrication (Angewandte, 2020). Qualifications You are an experimental (bio)chemist or molecular biologist with a strong interest in synthetic
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excitation dynamics through time-resolved spectroscopy, correlative measurements, holography and perform 3D tomography of complex geometries. In this project, we will investigate the potential use of CL
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such systems can learn. The aim of one project is to develop and analyze new methods by which diverse dynamical systems are able to learn. Our goal is to connect these ideas to real-life biological learning
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a software loop integrating an open-source LLM, together with a mechanical simulation platform, so that the large language model generates candidate mechanical systems, simulates them, and evaluates
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methods. While the work will mainly focus on theory and simulation, for both projects promising Fano-resonant metasurfaces will be manufactured and measured. In project 1 you will demonstrate the limits
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indicating that intracellular calcium dynamics plays a significant role in fungal communication, you will image calcium dynamics both locally within individual hyphae and globally across the hyphal network