About the laboratory

1. Investigation of interaction of electromagnetic radiation with semiconductor nanostructures;
2. Investigation of optical transitions in semiconductor nanostructures using single photon counting method;
3. Theoretical modeling of charge carrier spin transport in semiconductor nanostructures;
4. Modeling of noise, emission and detection of electromagnetic radiation in semiconductor structures by means of Monte Carlo method;
5. Development of innovative devices for microwave and terahertz electronic, quantum electronic and spintronic applications.

But the main value and achievement is experience. The scientists of the Laboratory are excellent experts in:

1. Monte Carlo modeling noise and radiation emission and detection in semiconductor structures,
2. solving Maxwell‘s equations in microwave waveguide systems,
3. investigation of carrier transport in sophisticated semiconductor systems,
4. study of hot carrier phenomena in solid-state structures.