As of 30.01.2020
Name of the project: Hybrid SpinOptronics: Functional capabilities of spin in semiconductor nanostructures and semiconductor/metal hybrids; optical, microwave and electric spin control
Strategy for Scientific and Technological Development Priority Level: а
Research directions: Hybrid SpinOptronics: Functional capabilities of spin in semiconductor nanostructures and semiconductor/metal hybrids; optical, microwave and electric spin control
Project objective:
- Synthesizing and research in spin-dependent processes in specimens of new semiconductor materials and application of these processes in spin electronics, optoelectronics, quantum informatics
- Reaching optical and electric control of spin in such structures, developing hybrid feeromagnetic-semiconductor structures that feature new fundamental capabilities based on optimal combination of spin and charge blocks
- Developing new highly sensitive experimental research methods based on a combination of optical spectroscopy and magnetic resonance, applying developed methods to research atomic and spin structure of point defects to use such defects in said research areas
Hosting organization
|
Field of studies
|
City
|
Invited researcher
|
Time span of the project
|
---|---|---|---|---|
Laboratory for Crystal Photonics
Saint Petersburg State University - (SPbU) |
Physics |
St. Petersburg |
Stoumpos Constantinos
Greece |
2022-2024 |
Laboratory for Synchrotron Radiation Detectors
Tomsk State University - (TSU) |
Physics |
Tomsk |
Shekhtman Lev Isayevich
Russia |
2022-2024 |
Laboratory «Quantum engineering of light»
South Ural State University (national research university) - (SUSU) |
Physics |
Chelyabinsk |
Kulik Sergey Pavlovich
Russia |
2022-2024 |