24 evolution "https:" "https:" "https:" "https:" "https:" "https:" positions at University of Warsaw in Poland
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participating in teaching conferences; activity in national and international accreditation institutions, organizations, and institutions working for the development of academic teaching; other specific
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opportunieties for research and teaching development Prestigious partnership, high-performance standards and awards Numerous opportunities for competence development Job stability and a comprehensive social
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interdisciplinary team with specialists from the Faculty of Polish Studies and the Old Prints Department of the University Library in Warsaw, access to the IDUB programme, development of skills in digital humanities
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, electronic structure methods development, algorithm development, or finite-temperature field theories. Exposure to topics such as dynamical mean field theory, embedding theories, quantum Monte Carlo methods
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meetings of collegial bodies, councils, committees, participation in programs related to the development of the Faculty of Economics and the University of Warsaw, and performing other functions entrusted by
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Poland, Faculty of History, University of Warsaw in the Opus NCN research project: “Jewish self-government in the Polish lands: evolution, structures, mechanisms”. The aim of the project is to identify and
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of research tools and the development of the theoretical and methodological framework of the project; Collecting qualitative data, including conducting IDIs and FGIs in 2 locations (Warsaw and another
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of Warsaw. Laboratory: Biomolecular Machines Laboratory Project leader: Dr Monika Wojciechowska Project title: Development of new antibacterial agents based on lytic enzymes produced by bacteriophages
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-form optical fibers for information systems" will perform the following tasks: - Design and modeling of optical fibers. - Participation in the development of new numerical methods for modeling special
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geophysical phenomena. A key strength of the project lies in its innovative application and development of partial differential equation (PDE) techniques, seamlessly integrated with statistical methods