![[image: Experimental spectrum of protons emitted in forward and backward directions from the reaction 197Au + 32S at 840 MeV. Decomposition is obtained with Fermi-jet model calculations. (INRNE and HMI-Berlin collaboration, Courtesy Prof. B.Botchev)]](Pepen31n1.jpg) |
Experimental spectrum of protons emitted in forward and backward directions from the reaction 197Au + 32S at 840 MeV. Decomposition is obtained with Fermi-jet model calculations. (INRNE and HMI-Berlin collaboration, Cortesy Prof. B.Botchev) |
- Elementary particle and nuclear physics at high energies with accelerators for studying the interactions and fundamental properties of matter by the help of experiments SPHERE ( JINR -Dubna), EXCHARM (Serpukhov) and L3, OBELIX, CMS, COMPASS (CERN) and COSY-GEM (Julich)
- Low-energy nuclear physics for study the structure of atomic nuclei using neutrons and accelerated heavy ions with the aim to clarify the properties of excited nuclear states and nuclear matter as well as the nature of nuclear forces
- Mechanisms of nuclear reactions induced by accelerated charged ions in energy range from Coulomb barrier up to 100 MeV/A in order to establish contributions of different mechanisms taking place
- Astrophysics studying the nuclear and energy spectra of primary cosmic rays and astrophysical objects as local sources of ultra-high energy gamma-quanta
- Cosmic ray physics, elementary particles, astrophysics and astronomy as well as participation in the design of the international experiment for extensive showers AUGER on 5000 m2 for studying of the upper energetic limit of cosmic rays.