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“ASIC development for BIOlogical sequences alignments: ABIOSA” ID. MUR 2022MNS5ER_02 CUP F53C24000910001, funded by MUR - Ministero dell’Università e della Ricerca – Notice regarding the scrolling
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collaborate to create novel solutions to key problems in robotics. The lab focuses on research and development of human-centered medical robotic technologies, including technologies for microsurgery, disease
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collaborate to create novel solutions to key problems in robotics. The lab focuses on research and development of human-centered medical robotic technologies, including technologies for microsurgery, disease
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Framework Programme? Not funded by a EU programme Is the Job related to staff position within a Research Infrastructure? No Offer Description Development and implementation of morphodynamic models to define
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shared research goal. The Advanced Robotics Research unit (ADVR) is coordinated by Prof. Darwin Caldwell. The research focuses on the development of wearable technologies for protection and prevention
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connects the generation of magnetism in the early Universe to present-day observations, through its evolution over cosmological timescales. These predictions will be tested primarily through gama-ray, radio
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on the theoretical and experimental study of electric generators based on fuel cells and the study of electrolyzers. Specifically, the research will concern the development of new techniques and investigative
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national and international reference point in quantum technology research. The integrated approach—which combines experimental development, numerical simulations, and advanced algorithm design—will create a
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international best practices of Technology Assessment and Responsible Research & Innovation (RRI). The goal is to integrate humanistic research into technological development, increasing the Center’s capacity
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, following the award of an ERC starting grant. The research focuses on the development of optical microscopy systems for measuring molecular diffusion and biomechanical properties in biological systems