Kuzyk Oleh, PhD in Physics (Candidate of Physical and Mathematical Sciences), Associate Professor (Docent), Associate Professor of the Department of Physics. In 2008 defended dissertation on the topic “Self-consistent electron-deformation-diffusion effects in large energy gap semiconductors and heterosystems with self-assembled point defects”. Author of about 120 scientific and educational works.
Educational disciplines:
- General Physics
- Acousto-optical phenomena in semiconductors
- Modeling of physical processes
- Synergetics
Scientific interests: Acousto-optical and acousto-electronic effects in semiconductors and semiconductor heterosystems with self-organized nanoclusters.
Participation in research projects:
- The formation of electron-hole transitions in stressed heterosystems with self-organized defect-deformation clusters (2008 – 2010, state registration number 0108U000587);
- Theory of current transfer across the Schottky barrier based on indium arsenide – gallium arsenide strained nanoheterosystems with quantum dots (2011 – 2013, state registration number 0111U001019);
- Control of the spectrum and direction of radiation of the heterolaser on quantum dots using an acoustic wave (2014 – 2016, state registration number 0114U002615);
- The influence of acoustoelectronic interaction on the conditions of formation of the surface superlattice under laser irradiation of GaAs, CdTe (2016 – 2018, state registration number 0116U004736);
- The formation of the superlattice of adsorbed atoms in semiconductors with a zinc blast structure in electric and mechanical fields (2019 – 2021, state registration number 0119U100667);
- Architectonics of active environments of elements of light-emitting systems: properties, hierarchical and interface self-organization (2020– 2022, state registration number 0120U102217).