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capability, or stiffness often result in compromises elsewhere. In addition, high-performance designs are frequently sensitive to manufacturing variations, requiring tight tolerances and increasing
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member of the SNSF Starting Grant project NEXUS-3D, working at the intersection of applied physics, high-performance computing, and semiconductor metrology. The successful candidate will have the
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intersection of applied physics, high-performance computing, and semiconductor metrology. The successful candidate will have the opportunity to develop their own independent research direction and work
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Group. High-level publications are expected at the end of the project in collaboration with the industrial partner. The position also offers the potential for technology transfer to a startup. Main
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You will lead the implementation of the system's data plane, applying embedded design principles to high-performance networking: SmartNIC & FPGA Programming: Implement real-time flow steering logic
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minimizing nonlinearities and improving beam stability under high-intensity conditions. A key aspect of the project is the development of flexible correction schemes and tuning knobs for real-time
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-directed versus habitual control. It will then test how acute stress alters these processes, combining behavioral performance, physiological monitoring, movement-based phenotyping, and advanced