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We discuss a phenomenological model that describes results on diffractive ppand pbar-p cross sections and event final states up to the Fermilab Tevatroncollider energy of 1.96 TeV and use it to make predictions for Large HadronCollider (LHC) collision energies up to 14 TeV and asymptotically as the ppcollision energy goes to infinity. The model is anchored in a saturation effectobserved in single diffraction dissociation that explains quantitatively thefactorization breaking observed in soft and hard pp and pbar-p diffractiveprocesses and in diffractive photoproduction and low Q-square deep inelasticscattering.

Diffractive cross sections and event final states at the LHC