Scientific techniques acquired:
1. Soft hadronic interactions: Glauber–Gribov model, topological expansion in QCD, Regge field theory, string models (DPM, QGSM), string interactions, nucleus–nucleus collisions, QGP, elastic and diffractive scattering.
2. Small x physics: BFKL/BKP equations, dense partonic systems, diffraction in soft hadronic collisions and DIS.
3. QCD: Parton model, perturbative QCD, heavy flavour production.
4. Hadronic interactions is Cosmic Ray Physics at ultrahigh energies.
5. Computer experience: DOS, Windows, VMS and Unix operating systems, C and FORTRAN programming languages, CERNLIB packages, Monte Carlo simulation; system managing of DEC Alpha 3000 workstations and PC’s under Linux