[en] The dose liaison between cosmology and the theory of elementary particles is analyzed in the light of properties of unified field theory. The unity of their respective problems and solution methodologies is indicated. The difference between the concepts Metagalaxy and Universe are emphasized and some possible schemes for estimating the size of the Universe pointed out

[en] The problems of interaction of hadrons and leptons with nucleons and atomic nuclei in the range of energies above 20 GeV, are considered. Main characteristics of elementary particle interactions are presented. Hadron structure is investigated. Special attention is paid to processes of deep inelastic interaction of electrons and neutrino with nucleons. Parton model and quarks, as well as the problems of scalar invariance, are discussed. Multiple processes are considered in detail, their classical and quantum interpretations are presented. Multiple experimental data are given. Special section deals with regge interpretation of these phenomena

[en] This book contains eight chapters. Some of the chapter titles are: Elements of the Parton Model; The quark model and asymptotic freedom; Strong-interaction processes in the model of multi-Pomeron clouds; and The Parton model of particle-nucleus interactions

[en] Considers classical and quantum approaches to the description of multiparticle production processes. Analyzes only hadron-hadron collisions. (Authors address collisions of hadrons with nuclei in a separate book, High Energy Physics with Nuclei.) This book includes supplemental material on hydrodynamical theory and development of the Regge scheme of multiparticle production processes

[en] This book is a basic introduction to kinematic methods used in studying elementary-particle interactions. Specific topics include kinematics of two-particle scattering, kinematics of multiperipherality, and kinematic variables of lepton-nucleon interaction. It includes original references and a separate bibliography of citations

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[en] Presented is the review of the data showing that existence of nuclei and atoms, stars and galaxies is rather sensitive to the numerical value of the fundamental constants: the constants of four interactions, gravitational constant, Plank constant, light velocity and etc. The change of some constants by several dozens of per cent in case the rest are unchanged would lead to disappearance of the basic stable states. The existing set of the fundamental constants permit to make the conclusion at present that there exist a great number of universes and that the choice of the given set has a random character. Further development of the unified field theory can show whether the conclusion is final or not. It can be disproved only by carrying out the whole Geisenberg program, i.e. to relate all the fundamental constants on the basis of the single parameter

[en] This page contains an exposition of the classical hydrodynamical interpretation of multiple hadron production processes. Special attention is givento the clarification of the fundamental aspects of the hydrodynamical theory, the analysis of nucleon-nucleus collisions, and e⁺e^- annihilation into hadrons. The conclusions of the theory are compared with experimental results. Some heuristic aspects of the theory are outlined. Use is made of the literature up to the beginning of 1975