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, nanofabrication, and optical characterization of nanostructured photonic systems and materials, with the goal of advancing both the fundamental understanding of nanoscale optical processes and the development
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to join the research activities and interests of MoMiLab, with a specific focus on the development and implementation of advanced techniques for the preprocessing and analysis of naturalistic and resting
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linear algebra, numerical methods for PDEs and dynamical systems, stochastic methods in statistical mechanics, hydrodynamic limits, interacting many-body systems, quantum macroscopic evolution equations
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, ASE, ICRA, IROS, TSE, JSS, etc.). Helping mentor junior researchers, PhD students, and engineers in the lab. Contributing to the development of research prototypes and demonstrators for industrial
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, geneticists, and other colleagues in the Centre to develop and implement robust machine learning frameworks and pipelines focused on disease evolution prediction; Interpreting results and communicating findings
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) Professional development opportunities Flexible working hours Benefits (e.g. family-friendly benefits, lunch card, health insurance, etc.) Access to EURAC’s numerous scientific and cultural facilities and events
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scalability and resource efficiency through the development of cooperative, distributed AI algorithms, optimising data, energy, and processing resources while adapting to the different computational
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or not. In this context, the fast development of always novel generative models (from GANs to Flow Matching) will open other possibilities in the study of physical sciences’ applications. Finally, the data