Abstract
The structure of the high-energy inelastic cross section of {ital pp} ({ital {bar p}p}) scattering are extensively discussed in terms of the basic quantum-geometrodynamics/anisotropic-chromodynamics mechanism. Predictions on the general structure of final states (charged-particle multiplicities and pseudorapidity distributions) are compared with experimental data at CERN ISR and CERN Collider energies, showing excellent agreement.
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