This work reports on the design and microfabrication of magnetic multilayer heterostructures based on FePt thin films, targeting their integration in planar spin valve architectures. A key focus is placed on the development ...

Graphene/poly (vinylidene fluoride-trifluoroethylene) [GE/P(VDF-TrFE)] nanocomposites were prepared by mechanical melt mixing, and their dielectric and electrical properties were investigated as functions of graphene content ...

This work reports a detailed study of the optical, electrical, and gas sensing properties of ZnO dielectric films deposited on black silicon (b-Si) substrates. The b-Si surface was fabricated using reactive ion etching ...

The rapid growth of electronic devices, wireless communication systems, and high-frequency technologies has significantly increased electromagnetic radiation in modern environments, leading to serious electromagnetic ...

Previous studies have demonstrated that electrochemical nanostructuring of GaAs allows the fabrication of porous structures and nanowires, providing suitable platforms for the deposition of metal nanostructures¹-³. In the ...

The bipolaron mechanism of experimentally observed high-temperature superconductivity (HTSC) in FeSe monolayers on massive SrTiO3 substrates [1] has been theoretically investigated, based on the exact Hamiltonian of the ...

The nanoscale coating of small particles with materials with different compositions, results in the formation of core-shell structures, is a relatively new and active area of research. The coating changes both the interaction ...

Amorphous chalcogenide glasses exhibit a wide spectrum of anomalous physical properties, including nonlinear optical response, the boson peak in the low-frequency spectra, non-Debye low-temperature thermal conductivity, ...

The preparation of oxide glasses with high concentration of alkaline and alkaline earth oxides is of both theoretical and practical importance. The obtained materials can subsequently be thermally treated and thus, new ...

Advanced functional materials play a crucial role in addressing contemporary challenges in environmental protection, energy conversion, and chemical sensing. This presentation highlights recent advances in the synthesis ...