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Information × Registration Number 0225U004756, (0125U003206) , R & D reports Title Enhancement of Brylyueniv scattering of electromagnetic waves by magnetic systems using nano- and microplasmonic structures popup.stage_title Визначення оптимальної морфології наноструктур на поверхні магнітної плівки для посилення сигналу Брилюєнівського розсіяння електромагнітних хвиль магнітною системою Head Vasiliev Taras A., Кандидат фізико-математичних наук Registration Date 18-12-2025 Organization Taras Shevchenko National University of Kyiv popup.description1 Construction of a theory of the interaction of an electromagnetic wave in the optical and microwave range inelastically scattered by a magnetic system with a plasmon system on the surface of a magnetic film, as well as research into the possibility of enhancing Brillouin scattering of electromagnetic waves by a plasmon system by optimizing its morphology. popup.description2 Brillouin scatterings of electromagnetic waves is well-established and powerful tool for studying magnetization dynamics in various ferromagnetic nanostructures. The Brillouin scatterings of electromagnetic waves spectroscopy is based on the inelastic scattering of electromagnetic waves by spin waves. Similarly, the Brillouin light scattering is based on the inelastic scattering of photons by magnons. The main problem of Brillouin light scattering is the relatively low efficiency of the scattering. Therefore it was suggested to solve this problem by using the nanoplasmonic system at the surface of magnetic film. The theoretical model of interaction of two kinds of plasmonic systems and oscillating dipole moment caused by scattering of photon by spin waves were proposed. The numerical calculations of conditions for Brillouin light scattering enhancing were made and optimization contour maps were built. The results of the calculations will be used to select the morphology of the nanoplasmonic coating of the ferrite-garnet film for further experimental studies on the enhancement of Brillouin light scattering Product Description popup.authors Valeriy Lozovski Oleksandr V. Prokopenko Malyshev Volodymyr Yuriiovych Iryna Sotnyk popup.nrat_date 2025-12-18 Close