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stimulating multidisciplinary research environment focused on regulatory mechanisms that enable cells to retain their identity.We employ Drosophila and human cell culture models, genomics, genetics and
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focuses on the development of GPU-accelerated, high-fidelity thermal runaway simulation models for lithium-ion battery cells, modules, packs, and complete battery systems. Thermal runaway is a chain
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intracellular bacterial pathogen Chlamydia trachomatis maintains its intracellular niche and modulates host cell biology. The employment is full-time for two years with access on 1 Nov, 2026 or by agreement
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dynamics simulations and machine learning methods to study the structure and electrochemistry of disordered materials are also encouraged to apply. The project primarily aims to understand the complex
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orchestration across different network components, as well as to the development of sensing algorithms and ISAC solutions. The postdoctoral researcher will also play an active role in coordinating research
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decides whether the cell works: unlike a liquid electrolyte, a solid cell must build and maintain every solid-solid contact under load, while ion insertion and extraction cause swelling and shrinkage and
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to learn the required techniques. The following are considered advantageous: Experience with different model plants, including Arabidopsis thaliana. Familiarity with cell wall integrity signalling pathways
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: Decoding the inputs to a cell wall integrity receptor in Chlorella vulgaris B. Decoding the Hidden Logic of RNA Polymerase Allocation Under Stress C. Adaptive immunity as an evolutionary response
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through the department’s involvement in engineering and master’s programs. Our research and teaching are conducted within seven divisions with different research focus. Read more about us here About the
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initiative on composite SSB with seven postdoctoral positions in several disciplines, focusing on various aspects along the battery value chain, ranging from synthesis, cell assembly, characterization