aITALC is designed as a tool to perform automated perturbative
calculations of cross sections in high energy physics.
The main goal is to create numerical programs directly from Feynman rules. It is actually developed for few known models like the electroweak standard model (EWSM) and quantum electrodynamics (QED N_f=1), and the limit of application is, for the moment, the 2 to 2 particles reactions involving only external fermions
New Version 1.4, matches new form verion 3.2, 64bit support enhanced, more
compatibility with fortran compilers.
Try it now!
It is not a stand alone tool. It also integrates the work of other people to whom we want to acknowledge:
Diana 2.37 (by M.Tentyukov and J.Fleischer) and QGRAF 3.1 (by P.Nogueira) FORM 3.2 (by J.Vermaseren) LoopTools 2.2 (by T.Hahn) and FF (by G.J. van Oldenborgh)
Follow README instructions, what summarizes in doing: gunzip and untar the file with the command
gunzip -c aitalc-1.4.tar.gz | tar xvf -
then let "configure" search for the proper paths and system requirements and proceed with GNU "make".
cd aitalc-1.4 WGET=Y ./configure make
Then, the package should be installed. Look inside the examples/ directory and run any of them with make to make the calculation!, for instance
cd examples/bhabha_QED make cd fortran ./main.out
aITALC Control flow structure.
On processes with weak charged currents at the tree-level, UV-cancellations are limited by effects of order of the external fermion mass squared over s. This has to be fixed if more precision is required.
|Comment, suggestions, improvements, bugs: mail us!|