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on the characterization, analysis and development of advanced multifunctional materials, specifically those designed to work in extreme conditions, with primary examples being radiation, high temperature and corrosion
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on WNT signaling regulators and we use several genetic tools to study NH development in zebrafish larvae. Due to the short-term nature of the position (7 months), the offer is particularly suitable
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well as the possibility of qualifications improvement and professional development, access to research infrastructure, benefits in the form of i.a. Multisport card, sports activities, medical packages, group insurance
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for its electrical conductivity and surface properties, making it highly promising for biosensing applications), such as MXene/polypyrrole (Ppy), MXene/polydopamine (PDA), and MXene/gold (Au), to develop
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competition for the post of Research Assistant Professor (POST-DOC) at the Faculty of Mechanical Engineering under the NCN project No. UMO-2020/39/B/ST8/01449: “Development of a new passive flow control method
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no more than 7 years before starting the post-doc position in the project. Experience in the development of pulsed laser sources utilizing bulk optics based and fiber components. Knowledge of nonlinear
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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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schemes—serving as a model of a quantum programmable quantum processor—using projective measurements. Additionally, the candidate is expected to actively contribute to the development of mathematical tools
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technology * participation in experimental research (mechanical, thermographic, and electrical measurements) * development of coupled electrical-thermal-mechanical numerical models * numerical modeling of self
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scientific problems. In the project the candidate will use and develop methods of electronic structure and/or quantum scattering theory to investigate properties of novel ultracold quantum molecular systems