A. APPLICATIONS OF INFORMATION AND COMPLEXITY THEORIES IN CLASSICAL AND QUANTUM SYSTEMS. Information-theoretic applications in atomic nuclei, atomic clusters, atoms and correlated atoms in a trap. Development of models needed for those applications e.g. nuclear models, models for the atom e.t.c. Important results so far : A universal property for the information entropy. Quantitative measures for the complexity and self-organization of atoms and other quantum systems. Various practical interdisciplinary applications e.g. in EEG, aesthetics, politics, economics , biology e.t.c.
B. QUANTUM COMPUTERS. Theoretical research in methods of implementation of quantum computers. Quantum control theory.