Session A. Physics of condensed matter and spectroscopy
- optics of solid state
- ellipsometry and non-destructive surface analysis;
- nanophysics;
- spectroscopic analysis and application;
Session B. Laser physics and modern optoelectronics
- laser techniques and quantum electronics;
- high intensity optics;
- quantum optics;
- optoelectronics devices design;
- novel IR/VIS/UV sources and detectors
- laser interferometry;
Session C. Applied optics and engineering
- integrated optics;
- holography;
- fiber optics;
- nonlinear optics and its application;
- modern cryptography;
Session D. Biomedical optics and sensors technology
- biophotonics;
- optics for medical applications;
- IR imaging;
- sensor technology;
- solar cells;