Gamma-Gamma Physics at LEP2

Aurenche, P.; Bawa, A.; Boudinov, E.; Buijs, A.; Cacciari, M.; Corsetti, A.; Da Silva, W.; Dubinin, M.; Engel, R.; Erne, F.; Field, J.; Finch, A.; Forshaw, J.; Godbole, R.; Guillet, J. Ph.; Hou, S. R.; Kapusta, F.; Kennedy, B.; Kienzle, M. N.; Kraemer, M.; Kroll, P.; Laenen, E.; Lehto, M.; Lonnblad, L.; Miller, D.; Pancheri, G.; Parisi, J.; Perret-Gallix, D.; Ranft, J.; Riemersma, S.; Schuler, G. A.; Serbo, V.; Seymour, M. H.; Shimizu, Y.; Sjostrand, T.; Soldner-Rembold, S.; Stratmann, M.; Tyapkin, I.; van Rhee, T.; Vogt, A.; Ward, J.; Wilkens, B.; Wright, A.; Zimin, N. I.

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Gamma-Gamma Physics at LEP2

Abstract

This report is an overview of the gamma-gamma physics capabilities of LEP2, and covers the following topics: structure functions, equivalent photon approximation, tagging conditions etc, soft and semihard physics, large-

p_t

processes, heavy-quark physics, and exclusive channels.Comment: 58 pages, Latex, gzipped and uuencoded, to appear in the proceedings of the LEP2 worksho

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Last time updated on 30/10/2014