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topics: Analysis and implementation of advanced quantum networking protocols. Trade-offs in quantum resources required for distributed architectures. Topic 1 is primarily of experimental nature and Topic 2
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coordination of activities carried out by PhD students and technical staff • Supervision of the development of protocols in microbiology and molecular biology • Participation in field experiments and in
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-package of the ChiExCo program, which aims to develop a reliable computational protocol to predict, for organic chromophores, both chirality quantifying factors (gabs and glum) resulting from excitonic
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of variable distributions [13,14]. Graphic neural networks (GNNs) are new inference methods developed in recent years and are attracting increasing attention due to their efficiency and ability in solving
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participate in supervising the work. The successful candidate will be responsible for contributing to the various stages of the research: - participating in the design of experimental protocols, considering
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contrasting wild boar abundance, the PhD candidate will deploy a standardised protocol for precisely estimating wild boar densities using camera trapping and random encounter models. In each study site, camera
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Network “DyeAnotherWay” is inviting applications for a 36-month full time fixed term position as a Doctoral Candidate (DC). This research project is a collaboration between 17 organisations, including 9
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protocol design and analysis. Prior experience with MEG or EEG is a plus. Good command of scientific English (oral/written). • Qualities: Autonomy, appetite for interdisciplinary work, organizational skills
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rock, and the acidified solution. S2) Pre-existing fracture network/faults, having gas entry pressure lower than the scCO2 pressure and intrinsic permeability higher than that of the surrounding clay