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for a period of 3 years. The successful applicant will use rodent models to investigate cerebellar related neural circuits that underlie emotional regulation in chronic pain. Experience in techniques
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nanoelectronics, microelectronics, semiconductor devices and VLSI technology. You should hold or be nearing completion of a PhD and have strong ability in either electrical and electronic engineering, physics
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circuitry ideally including tracing of ascending neuronal projections and behavioural techniques for functional interrogation of these circuits. They will be self-motivated in designing and executing
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from these cellular elements. The cells used in this experimental system will be genetically modified such that their genotypes mimic genetic variants associated with BD. We will study these circuits by
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: - Engineer biosensors and therapeutic circuits in E. coli Nissle and other probiotic strains. - Contribute to the assembly and physicochemical characterization of SPS-coated biohybrids. - Perform 2D/3D tumor
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, silicides hold promise for realization of coherent superconducting quantum circuits, enabling scalability with minimal additional cost and reduced complexity in technology transfer. Successful realization
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University Munich (www.tum.de). Accordingly, we are currently searching for PhD Students and Postdocs to join our team! PhD Students For PhD students, we are looking for persons that are willing to learn and
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Description Evaluation of the robustness of ML algorithms executed on a non-hardened accelerator through circuit-level fault-injection The project addresses the challenges of deploying AI applications
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for realization of coherent superconducting quantum circuits, enabling scalability with minimal additional cost and reduced complexity in technology transfer. Successful realization of these components requires
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for arcs in vacuum circuit breakers. This project is conducted in partnership with an international switchgear manufacturer to understand how the electrical arcs in vacuum circuit breakers interact with