Two-photon physics with GALUGA 2.0
arXiv:hep-ph/9710506 · doi:10.1016/S0010-4655(97)00127-6
Abstract
An extended version of the Monte Carlo program GALUGA is presented for the computation of two-photon production in $\e^+\e^-$ collisions. Functions implemented for the five structure functions now include several ansätze of the total hadronic cross section based on the BFKL--Pomeron and various Regge-like models. In addition, structure functions for resonance formation are included with full dependence on the two photon virtualities and as given in the constituent-quark model. The six lowest-lying resonances of each of the C-even mesons with , , , and are provided. The program can also be used to calculate with exact kinematics the effective two-photon luminosity function. Special emphasis is put on a numerically stable evaluation of all variables over the full range while keeping all dependences on the electron mass and .
Latex, 32 pages, 7 figures, uses 12pt.sty, epsfig.sty, amsbsy.sty
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