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phenomena in magnetic solids and molecules exhibiting strong spin–orbit coupling effects. The candidate is expected to have expertise in the development of theoretical or numerical methods for solid-state
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magnetometry), underwater research, as well as archaeometry (isotopic methods, bioarchaeology, histology). Numerous research projects are conducted at the Faculty of Archaeology, including those funded by
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(excavations and surface surveys), geophysical methods (including magnetometry), underwater research, as well as archaeometry (isotopic methods, bioarchaeology, histology). Numerous research projects
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fieldwork in Central Asia; experience in processing archaeological materials from Central Asia; experience in applying non-invasive research methods at archaeological sites; experience in analysing selected
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epigraphy, numismatics, South American archaeology, and bioarchaeology. The range of methods used by WA UW staff is very broad and includes traditional humanities approaches (papyrology and epigraphy
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abilities Very good knowledge of magnetohydrodynamics, programming and numerical methods. Desirable qualifications, experience and knowledge Experience in stellar evolution theory and models. Desirable skills
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methods (WMNSS)" at the Department of Concrete Structures of the Lodz University of Technology Contract: UMO-2023/51/I/ST11/00069 Lodz University of Technology is one of the best technical universities in
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. Expertise in modelling and simulation of coupled multi-physics-based nonlinear dynamical system through finite volume method approach is expected. Knowledge and fluency in English language. Highly motivated
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against virions and safety towards cells. The knowledge gained upon realization of the project might also be utilized against pathogenic viruses attacking humans, helping to fight against numerous diseases