Theory Group
Deutsches Elektronen-Synchrotron
DESY, Zeuthen
|
Numerical packages for collider experiments
The data from experiments performed at high energy
colliders have to be confronted with numerical theoretical predictions
in order to gain new insights into Nature.
For this reason, theoretical research results not only in publications
in scientific journals or books, but also in computer codes for the
support of the analysis of experimental data.
Here are some links to projects related to Fortran (c++,...) packages,
which have been created in our group or to which we simply would like to
draw some attention:
aITALC/DIANA Project;
see also CAS
alphaQED.uu for calculation of the effective fine structure constant;
see also at F. Jegerlehner's webpage
anotau
bhbhnnlohf [30 Sep 2008] Fortran package for the calculation of fermionic and hadronic corrections to Bhabha scattering, see also
Bhabha scattering and S. Actis, M. Czakon, J. Gluza, T. Riemann: arXiv:0807.4691
cpolylog.f
[26 Aug 2008] Fortran package for the calculation of complex Dilog and Trilog functions, see also Appendix F of S. Actis, M. Czakon, J. Gluza, T. Riemann: arXiv:0807.4691
Gentle/4fan
hadr5n.f for calculation of the hadronic contribution to the effective fine structure constant;
see also at F. Jegerlehner's webpage
Hector
repi_1986.f [08 Sep 2007] F. Burkhardt's Fortran package for the calculation of of the hadronic vacuum polarization (1968)
smatasy
topfit
ZFITTER
Theory Group |
DESY Zeuthen |
Physics Links |
HEP Archives |
Search, Info
Contact:
T. Riemann.
Last modified: Tue Sep 30 15:49:24 CEST 2008
