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CUT CONTRIBUTIONS IN TRIPLE-POMERON LIMIT

Abstract:
We investigate pomeron cut contributions in the triple-pomeron limit of one-particle inclusive cross sections, near t = 0 where the triple-pole coupling vanishes. We find that at t = 0 the cuts themselves are suppressed, contributing factors (lnM2)-2, rather than the single logarithms characteristic of cut contributions in two-body processes. We construct a simple reggeon calculus model in which all important cuts near t = 0 can be calculated, and suggest a simple way of parametrizing the data in that region. © 1973.
Publication status:
Published

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Journal:
NUCLEAR PHYSICS B
Volume:
B 56
Issue:
2
Pages:
605-612
Publication date:
1973
DOI:
ISSN:
0550-3213
URN:
uuid:adf74b0a-e460-4fc2-bdff-d3bf2bb21b58
Source identifiers:
20919
Local pid:
pubs:20919
Language:
English

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