Diffractive Structure of the Proton at CDF CDF Collaboration Anwar Bhatti Rockefeller University

Abstract The p \bar p data at \sqrts=1800 GeV taken with the CDF detector including a Roman Pot tracking system are used to determine the diffractive structure of the proton. Comparison with the diffractive structure measured in deep-inelastic scattering by the H1 Collaboration indicates a breakdown of factorization. The results from events with rapidity-gaps on both the p and \bar p sides (double Pomeron exchange) are also presented.

Postscript (PS) file of the talk.

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