Baylor University
Department of Physics
College of Arts and Sciences

High Energy Phenomenology

Software Archive

The software distributed here was developed by past and present members of the Baylor high energy phenomenology group and their collaborators, including Prof. B.F.L. Ward and S. Joseph at Baylor, S. Jadach, W. Placzek, E. Richter-Was, M. Skrzypek, and Z. Was of the Cracow Institute of Nuclear Physics (IFJ) and CERN, S. Majhi at the Saha Institute and S. Yost at The Citadel.

This software consists of Monte Carlo programs developed to simulate various processes of interest in experimental high energy physics. Such programs are useful for calculating processes observed at CERN, FNAL, and SLAC, as well as accelerators to be constructed in the future. The following are available for download:

BHLUMI4.x Multiphoton effects in electron-positron scattering at low angles
BHWIDE Wide angle Bhabha Scattering with order α YFS exponentiation
HERWIRI 1.031 New: High Energy Radiation with InfraRed Improvement
KORALW W pair production and decay processes
LESKO / FRANEQ Deep inelastic electron-proton scattering at HERA with QED radiative corrections
YFSWW3 W pair production and decay at LEP2/NLC energies with exact order α EW corrections
YFSZZ Z pair production and decay at LEP2/NLC energies with YFS exponentiation

Some of this software and other related programs can also be found at the IFJ Program Repository in Cracow.