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. This project addresses that challenge through chip-level implementations of SSM architectures in advanced CMOS nodes, targeting latency- and energy-constrained environments. Research area and project description
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-computer interfaces, cognitive rehabilitation, and neural prosthetics. Your contributions will support the development of a custom CMOS-based SNN processor that can operate in ultra-low-power environments
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contribute to a sustainable future. We do this by cultivating talents and creating the best environments for research and learning. It is therefore crucial that SDU retains, develops and recruits talent
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Department of Mathematics and Computer Science is an inclusive and international working environment with state-of-the-art facilities and strong traditions for collaboration across sections, departments, and
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IC design tools, labs, and prototyping facilities A vibrant, interdisciplinary research environment with links to neuroscience, hardware design, and wearable technologies Close supervision and
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at the cutting edge of robotics for real-world applications. A collaborative and supportive work environment that encourages innovation and creativity. Opportunities for professional growth and leadership
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future. We do this by cultivating talents and creating the best environments for research and learning. It is therefore crucial that SDU retains, develops and recruits talent. At the same time, we need
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interfaces that can coherently control, bias, and read out quantum bits (qubits) in extreme low-temperature environments. Research area and project description As we move toward building fault-tolerant quantum
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environment with structured activities and informal routines that promote cross-disciplinary interaction and cultivate an inclusive, supportive atmosphere. An engaging, dynamic, and international