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in the presence of imperfections introduced by the laser and/or intensity and phase modulators. Perform a finite-key analysis of the security of these. systems in the presence of such imperfections
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will include, among others: Reading scientific literature in the field of quantum communications and quantum key distribution systems. Developing security proofs for quantum cryptography in the finite
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tasks will include, among others: Development and maintenance of electronic circuit interfacing fast optical elements. Development and maintenance of electronic circuit interfacing fast single photon
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for their certification against imperfections. Author scientific publications that report own research. Stock and outfit an experimental laboratory in security analysis and certification of quantum key distribution systems
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. Characterization and data analysis. Communication and dissemination activities. Support activities regarding management, coordination and exploitation. Where to apply Website https://sede.uvigo.gal/public/catalog
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information processing and quantum communication (punctuation: 25) Item 03: Proven experience in experimental security analysis of the source in quantum key distribution (punctuation: 25) Item 04: Personal
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review of fire modeling. Improvement of selected models. Analysis of the implications for transport networks. Where to apply Website https://sede.uvigo.gal/public/catalog-detail/28364578 Requirements
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Description Sizing of composting stations. Process monitoring. Collaboration in training workshops for composting instructors. Preparation of citizen science workshops. Analysis of waste and compost. Agronomic
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the processing and analysis of the data resulting from the experimental tasks. Participation with the research group's investigators in the final discussion of the results. Where to apply Website https