Fields of expertise:   

      Design and construction of experimental equipment

                  - scintillation counters;

                  - gaseous Cherenkov counters;

                  - electromagnetic calorimeters;

                  - hadron calorimeters;

                  - resistive plate chambers.

      Experimental set-up simulation and data analysis

- Development of software for data processing and simulation of events, registered by the spectrometer HYPERON;

- Data analysis and interpretation of the physical results in the framework of different models of hadron-hadron and hadron-nucleus interactions;

- Development of software for simulation of the hadron calorimeter of the CMS-detector and test-beam data analysis;

-  Development of methods for reconstruction of the energy deposited in the calorimetry system of the CMS detector;

-  Development of method for particle identification in the NA48 detector;

- Analysis of experimental data from  NA48 and NA49 detectors;

- Application of neural networks in the high-energy physics simulations and data analysis.

- Implication of Grid technologies in particle physics

      Theoretical research

         -  Group-theoretical methods in QFT: supersymmetric theories and constrained-system quantization;

         -  Space-time structure of hadron-nucleus interactions.

       Computing

      - Computer networks and INTERNET connections

       - Configuration and building of computing clusters and farms

       - Configuration and building of Grid clusters and application of Grid    technologies

      In silico Drug design

       - Molecular dynamics and quantum mechanics of molecules

       - Simulation of binding of biological molecules

       - Development of drugs using computer simulations

_