Representation of bosons by fermions
Starting from the proposition that all quantum processes can be understood as a cooperation of a set of elementary processes (dichotomic processes), we prove how Bose processes can be represented by an enumerable set of Fermi operators.РезюмеИсходя из предположения, согласно которому каждый квантовый процесс может быть представлен как совокупность элементарных процессов (разветвляющихся процессов), рассмотрена возможность представления процессов, подчиняющихся статистике Бозе, с помощью счетного множества операторов Ферми.

title: Spinor field ground state and global excitations
abstract: Rather exact energies for the ground state (vacuum) and for global excitation states of a Heisenberg type spinor field theory in a lattice space are obtained by the inverse perturbation method.

title: Particles and Antiparticles According to Covariant Schrödinger Equations
abstract: We introduce manifestly covariant Schrödinger equations. This has the advantage that the energies of particles are always positive. Charges of particles and antiparticles have opposite signs. The physical vacuum equals the formal one. - All that occurs because manifestly covariant Schrödinger equations yield pairs of operators which differ only in some signs of eigenvalues: (i) The number of particles and the charge, (ii) the space-time wave vector and the space time momenta, (iii) the kinematical and the dynamical angular momenta.

title: Quantum Physical State Space in Continua (In German)

title: SYMMETRY PROPERTIES OF EIGHT COMPONENT SPINOR FIELDS IN THE LATTICE SPACE.

title: Baryon Transport in Dual Models and the Possibility of a Backward Peak in Diffraction
abstract: We begin to briefly survey the experimental and conceptual side of baryon transfers in particle scattering. A discussion of baryon transfers in heavy ion scattering follows. It shortly reviews existing string model concepts, which were found to be consistent with the data. With this motivation we turn to a more careful consideration of the relevant topological structures. The baryon transfer is associated with one of two possible cuts in baryonium exchange. 
From the color structure the baryonium can be identified with an Odderon exchange. We conjecture that the two Odderon cuts occur with an opposite sign and partially cancel. As the Odderon is predicted to have a rather high trajectory it has to involve small coupling constants. As this suppression is not anticipated for diffractive processes a tiny observable backward peak is argued to occur in the initial baryon distribution in massive diffractive systems.

title: LA THUILE WORKSHOP ON PHYSICS OF FUTURE ACCELERATORS: LARGE CROSS-SECTION PROCESSES

title: Spinless bosons in electron-positron annihilation
abstract: AbstractThe contributions to the processes
$$e^ + e^ - \to \mu ^ + \mu ^ - ,q\bar q,\gamma \gamma ,e^ + e^ - $$
, mediated by scalar and/or pseudoscalar bosons are calculated. The constraints on their coupling constants and their masses are investigated as they arise from the radiative decayZ0→+e− γ and from the experimental data for the annihilation processes into lepton, photon and quark pairs. Data one+e−→μ+ μ−, γγ ande+e− seriously reduce the domain of coupling constants to leptons and photons still allowed by the probable value of the width ofZ0→e+e−γ. Experimentse+e−→μ+ μ−, γγ,e+e− at 45 GeV c.m.s. energy with a sensitivity of 10% will decide about the existence of a heavy spinless boson with the presumed phenomenological couplings to leptons and photons. Assuming universality of the coupling to leptons and quarks a conservative bound on the contribution toR arising from spinless boson exchange is already in conflict with the presumed radiative width ofZ0→e+e−γ.

title: A Model with a Cosmographic Landscape
abstract: To argue against a too narrow focus in the LHC Higgs search, a simpleminded model with a rich "cosmographic" vacuum structure for the generation of masses is developed on a conceptual level. In this framework Higgs like bosons which could exist in the LHC mass range have no preference to decay in heavy flavors.

title: Rapidity spectra in proton-proton and proton-antiproton scattering up to 540 GeV in a dual parton model
abstract: Some recent data at the ISR and SPS colliders are discussed in terms of a multi-pomeron exchange model formulated in the dual parton framework. Charged particle rapidity distributions, energy dependence of the central plateau, ratio of particle densities in proton-proton and antiproton-proton scattering and non-diffractive multiplicities are successfully accounted for in the model.