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the application of airborne radiation detectors carried by unmanned aerial systems for mapping radioactivity and source localization, modeling of radon levels and their progeny in closed buildings, tracers
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Design, Modelling and Simulations (MATHDES) group, and work under the supervision of: Matteo Croci. Google Scholar: https://scholar.google.com/citations?user=AmQKnwcAAAAJ&hl=en CV: https://croci.github.io
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. The successful candidate will work under the supervision of Profs. Boguñá and Serrano in the Mapping Complexity Group at the University of Barcelona. Link to the call for applications: https://seu.ub.edu
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/actions/doctoral-networks Selection process Applications will be evaluated on academic merit, motivation, skills, and fit to the project. Shortlisted candidates will be invited for online interviews (Google
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://careers.networks.imdea.org/ . Bibliographic References of Relevant Group Research Outputs (See Google Scholar for links to the articles): [1.] “In the Room Where It Happens: Characterizing Local Communication and Threats in
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of individuals with dyslexia; (3) how reading circuitry accommodates diverse orthographies (grapheme-to-phoneme mappings); (4) how breakdowns in the reading circuitry leads to reading disabilities, in particular
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of citations in the ICT field according to WoS, Scopus or Google Scholar (e.g., in the ICT field, publications should have more than 50 citations) will be assessed. The evaluation of such high-impact
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of the mitochondrial genome. MARTIN LAB Computational Models | Mathematical Models | Evolutionary Processes | Fitness Landscapes | Genotype-Phenotype Maps | Molecular Structures Our Research Nora Martin’s group