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networks. Building on the results of the first prototype, the researcher will contribute to the development and optimization of its hydraulic, mechanical, energy and control components, leading
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capable of self-propulsion and energy harvesting through active optimal control, identifying optimal motion laws that exploit fluid-induced oscillations for net thrust generation. Where to apply Website
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on the development of innovative tensor network methods to support the design, analysis, and optimization of quantum and quantum-inspired algorithms. Theoretical and computational tools will be developed
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on the development, theoretical analysis, and optimal implementation of numerical methods for systems governed by multiphysics and multiscale differential models, including the use of parallel computing architectures
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methodologies for designing antenna systems for next-generation wireless communication networks. Research activities will focus on leveraging electromagnetic degrees of freedom as a guiding principle for the
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Ref. 4364_All. 3 - Methods and Tools for Secure and Autonomous Brain-Inspired Cyber-Physical Systems
. The neuromorphic component will address the design, optimization and deployment of Spiking Neural Networks (SNNs) and event-based algorithms on embedded processors and specialized accelerators, including data from
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the activity of excitable cells and tissues, with particular emphasis on cardiac tissue and neurons. Parameter optimization of the developed models for the reproduction of experimental data. Investigation
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reactions for the systematic evaluation of the activity, selectivity, and durability, aiming to find the experimental conditions for optimal performance. Ex-situ and operando spectroscopy will be performed in
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through quantum network simulators and/or experimental quantum networking platforms. The objective is to develop a software framework for optimizing entanglement utilization and quantum circuit performance
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Skłodowska-Curie Doctoral Network TRILOGY, an international training programme in ultrafast science, attosecond physics, and photonics. TRILOGY trains 14 doctoral candidates across leading European