Dnia 2026-04-21 o godzinie 13:15 w sali 2011 Wydziału Fizyki UwB, odbędzie się seminarium na którym prof. dr hab. Adam Babiński z Wydziału Fizyki, Uniwersytetu Warszawskiego wygłosi wykład pt
„Poland in European Magnetic Fields Laboratory - Materials research at the Faculty of Physics, University of Warsaw”
Serdecznie zapraszamy
Tomasz Karpiuk
Andrzej Maziewski
„Poland in European Magnetic Fields Laboratory - Materials research at the Faculty of Physics, University of Warsaw”
prof. dr hab. Adam Babiński
Laboratory of Optical Spectroscopy, Division of Solid State Physics, Institute of Experimental Physics, Faculty of Physics, University of Warsaw
The Polish community of high magnetic field users has been very active for several decades. A large number of applications, realized experiments, and resulting publications have put Polish researchers among the forefront in the number of EMFL users. That fact justified our participation in EMFL from 2019 to 2023. We are back! Financial support from the Polish Ministry of Science (Grant 2025/WK/01) ensures our official joining of EMFL from 2025 to 2029. An overview of the opportunities provided by the project will be done. The current project explores an avenue of transnational collaboration, which has been proven very successful during the ISABEL project within Horizon 2020. Up to two experiments per year can be performed in the research laboratories of the Faculty of Physics at the University of Warsaw within the dual-access scheme. With just one proposal, EMFL users will be able to apply for first-step access to moderate-field-range equipment using superconducting magnets, and then to the highest possible magnetic fields at one of the EMFL installations in Grenoble, Nijmegen, Toulouse, or Dresden. Morover dissemination activities will be supported with the Workshop on High Magnetic Fields in Materials Research to be held on 29th June 2026 and the EMFL Users Meeting on 30th June 2026. The research in magnetic fields by several members of the Polish Users Community spans a broad area of materials and effects. An example of investigations conducted at the Faculty of Physics will also be presented. It will be shown how Raman scattering spectroscopy of layered CrGeTe3 ferromagnet reveals the isotopic composition of germanium in the material.
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