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post-doctoral researcher will be involved in theoretical and/or numerical modelling of complex quantum systems inspired by neuromorphic computing principles, with applications in quantum information
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the molecular mechanisms that drive cell-cell communication in aggressive childhood cancers, with a specific focus on the role of the UNC5 interaction network in the pathogenesis of neuroblastoma (NB) and other
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biology, with both wet/dry lab backgrounds, to establish protocols and computational pipelines to exploit RNA modifications as disease biomarkers for early cancer diagnosis, and prognosis. EURECA network
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and main objectives are (component 1) to document the diverse and complex pathways of lifetime mobility, from early childhood into adulthood; (component 2) to establish whether and how earlier
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computational modeling to explore how different abstractions of network dynamics shape biological complexity and adaptability. The lab was created in 2025, when Dr. R. Gonzalo Parra started as a Ramón y Cajal
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, it seems necessary to approach the processes of post-conflict urban reconstruction from a new perspective. Therefore, it is hoped to build a spatial reconstruction method based on complexity and apply
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to the TEMPREAD project, investigating the spatiotemporal and structural dynamics of reading networks using advanced neuroimaging methods. The position offers interdisciplinary training in behavioral, functional
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-scalar integration or AI applied to biomedicine. Expert knowledge of causal analysis methods, biological network modelling, machine learning and deep learning. Experience in collaborative environments with
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and complex materials challenges. HTS are strongly correlated systems with unconventional superconductivity, and their microscopic theory remains incomplete. They require doping to become
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and the transfer of results to clinical practice. Integrated into the CERCA network and linked to the Pompeu Fabra University, it is a leading figure in biomedical research in Catalonia and the rest