Abstract
A new model for high energy hadron-hadron interactions based on the Pomeron containing both ``soft`` and perturbative contributions is presented. Its intercept is expressed through the intercept of the Reggeized gluon. The multigluon intermediate state of hadronic interactions is obtained from the equation of the perturbative QCD Pomeron. Implementing the model in a Monte Carlo event generator, a systematic study of a broad range of data in a wide energy range is performed. The energy dependence of rapidity and transverse momentum spectra, the violation of the Koba-Nielsen-Olesen scaling of multiplicity distribution, and the increase of the correlations among final state particles are shown to be simultaneously well described. Predictions of the model up to the energies of the future supercolliders are given.
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