Coworkers of the program have accomplished and published important scientific results in the following fields of research: Particle physics: measurements of CP symmetry violation in a system of neutral mesons B measured with HERA-B spectrometer; in DELPHI spectrometer in CERN, Geneva, they tested the standard model predictions on electron positron collisions with energies up to 200 GeV. Atomic physics: studies of excited states in nuclei with a shell model and collaboration in experiments with EUROBALL and GAMMASPHERE detection systems, atomic inner shell dynamics research performed with absorption spectroscopy of synchrotron light and EXAFS materials analysis. Condensed and soft matter physics: low energy time resolved optic spectroscopy of condensed matter and organic complexes with charge transfer; research of strongly correlated electron systems in solid state, in particular high-Tc superconductors; modeling and theory of order, fluctuations, surface phenomena and structural forces in confined liquid crystals. Study of interactions mediated by thermal fluctuations; thermal fluctuation dynamics studied with optical methods; nonlinear optics phenomena studied in nonhomogeneous and partially ordered systems; research and modeling of biophysical processes in cell and tissues and development of laser tweezers setup. Theoretical physics: quantum dynamics of nonlinear Hamiltonian systems and statistical properties of quantum systems with respect to integrability and other dynamic properties. The research conducted under the program was part of a broader effort towards better understanding and deeper knowledge of particle physics, atoms, condensed matter, soft matter, biophysics, and mathematical physics. All listed research areas are part of intensive research efforts worldwide. The research results were published in international publications with citation index. More than 220 papers were published. The impact of that work is reflected in many citations and invitations to international conferences and meetings. A substantial part of the research was conducted in cooperation with foreign research groups. We would also like to point out a strong cooperation with Institute Jozef Stefan in Ljubljana.