As of 30.01.2020
Name of the project: Metamaterials based on photon, phonon, plasmonic and magnonic crystals and their applications in super high frequency radioelectronics and photonics
Strategy for Scientific and Technological Development Priority Level: а
Research directions: Frequency correlations of deflection and passage rates of super high frequency radiation, surface and volume acoustic waves in one-dimension and two-dimension phonon and phonon-magnon crystals, developing technologies for creating 1D and 2D phonon crystals and super high frequency high frequency acoustoelectronic devices based on them, interaction between terahertz electromagnetic radiation with electron-hole plasma in semiconductor and metallic nanostructures of complex shapes, magnonic crystals, ferromagnetic stratified structures on metallic and semiconductor substrates
Project objective: Theoretical and experimental research of wave processes occurring in metamaterials, research of methods of creating metamaterials and developing devices based on them for applications in radioelectronics and photonics
Hosting organization
|
Field of studies
|
City
|
Invited researcher
|
Time span of the project
|
---|---|---|---|---|
Laboratory of Advanced Nano-photonics and Quantum Materials
Moscow Institute of Physics and Technology |
Electrotechics, electronics and information technologies |
Moscow |
Martin-Moreno Luis
Spain |
2021-2023 |
Laboratory of Spin-orbitronics
Far Eastern Federal University |
Electrotechics, electronics and information technologies |
Vladivostok |
Ono Teruo
Japan |
2021-2023 |
Spin-photonics Laboratory
V. A. Kotelnikov Institute of Radio Engineering and Electronics of the Russian Academy of Sciences |
Electrotechics, electronics and information technologies |
Moscow |
Andrey Ivanovich Kirilyuk
Netherlands |
2019-2021 |