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organoid co-culture systems and in vivo models in combination with cell state and mutation reporters and single-cell technologies with spatial readouts to study the impact of intestinal microbes and their
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organoid co-culture systems and in vivo models in combination with cell state and mutation reporters and single-cell technologies with spatial readouts to study the impact of intestinal microbes and their
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geometry, pose estimation, AI-based reconstruction), and surgical guidance (real-time, context-aware feedback and visualization). This position provides a unique opportunity to work at the frontier
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resolution across large genomic datasets. We focus on cancer models (osteosarcoma, breast cancer, leukemia) and on neural progenitor cells to understand how genome instability contributes to tumor initiation
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solutions, secure ICT architectures, grid planning, system services and scenario-based simulations. We work closely with grid operators, energy suppliers, and other stakeholders in the power system industry
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areas include the theoretical and experimental aspects of quantum materials and atomically resolved dynamics, fundamental light-matter interaction, accelerator-based light sources, coherent controlled