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of electronic conductivity of prepared hydrogel structures * sample preparation and electrochemical analysis of homogeneous and fibrous hydrogel structures as materials for use as supercapacitors * data analysis
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description: A scientist in the project “Developing new approaches and structural materials to rebuild damaged Ukrainian infrastructure with environmental sustainability considerations“ funded by the Polish
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technique for the production of a model urinary bladder dedicated to tissue regeneration research". The position offers a full-time employment contract for 12 months. TASKS/ROLE * chemical modification
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that combines physical, social, and cognitive stimulation and is associated with beneficial effects in pre-clinical models of neurodegenerative disorders (NDDs). However, the molecular mechanisms underlying
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essential for the operation and advancement of the experiment active participation in international meetings and workshops Requirements for the candidate: PhD degree in particle physics (candidates who will
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electrochemical sensors. The primary responsibilities will include the design and optimization of advanced nanostructures, the development of signal processing mechanisms, and the creation of diagnostic solutions
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breakable with advances in computer algorithms. Quantum technologies offer solutions to such problems, enabling processes that are impossible with standard methods. However, even though few examples
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initio electronic structure calculations and/or nuclear dynamics for small molecules and/or related topics in ultracold quantum many-body physics. We also expect motivation and independence in solving
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the diseased retina in order to restore vision and also to prevent the network from further degeneration in animal models of inherited gene mutations most frequent in humans. In the second part of the project we
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structural point of view, to clarify its activation mechanisms, and link the morphological changes and potential anomalies observed in photoreceptors upon light stimulation with a specific biological molecular