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? Not funded by a EU programme Is the Job related to staff position within a Research Infrastructure? No Offer Description Unravelling the role of mucosal associated invariant T cells in non-small cell
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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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on implementing techniques, experimental set-up and protocols for operando and correlative operando electrochemical characterization of functional materials for fuel cells and electrolyzers. The activity will
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to develop innovative solutions to address the problem of scalability of quantum computing and simulation platforms based on neutral atoms, helping to consolidate the role of Friuli Venezia Giulia as a
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-hungry. But many lines of research in these domains have been faced to date by designing particular simulation systems, mainly based on physical laws (e.g., differential equations). To this end, a
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of Quantum Chromodynamics in scenarios characterized by multiple energy scales. The expected results will help refine phenomenological models, improve Monte Carlo simulations, and contribute to a better
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(simulation + real-world robotics testbeds). Collaborating with robotics experts, software engineers, and industry partners within AI4I. Publishing in top-tier Software Engineering and Robotics venues (ICSE
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; Developing advanced generative models to simulate patient health trajectories, including disease progression, based on real-world data, enhancing predictive modeling and allowing for scenario testing in
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communication skills in English ADDITIONAL SKILLS Experience from simulation to physical robot transfer for complex robotic platforms Hands on experience with perception tools for mobile/legged robots Strong