
Q_{T} resummation portalat Michigan State UniversityA collection of resources on transverse momentum resummation 
Online plotter of resummed cross sections  Home Theory overviewComputer programs and usage policyParticle processesOur publicationsBibliography 
Grids for LHC Processes:
Some sample input files for various processes can be found here. For grid requests please contact Joshua Isaacson Online Plotter of ResBos Download the latest resummation code (Fortran) ResBos (C, P , CP versions) ResBosA RhicBos ResBos for SIDIS Why different versions? Processes DIS heavyquark production 
Transverse momentum (or Q_{T}) resummation is a powerful method to predict differential distributions of elementary particles in quantum chromodynamics. Its main features and differences from MonteCarlo showering methods are discussed in the brief overview of resummation theory. Our group is actively involved in the development of transverse momentum resummation methods in essential collider processes. This page collects various resources for computation of resummed cross sections, including publicly distributed computer codes, references to journal papers published by our group, and relevant bibliography. Computer programsA
quick plot of the resummed Q_{T }distribution for
a given invariant mass and rapidity can be made with the
help of the
online plotter
of resummed cross sections,
which provides an intuitive user interface and produces
figures in
Postscript and GIF formats. For more detailed studies of
resummed cross
sections, a ResBos family of Fortran programs is publicly
available.
Usage and citation policyYou may freely download
and use
the ResBos software as long as you agree with each of the following
conditions:

PLEASE READ THE USAGE AND CITATION POLICY BEFORE DOWNLOADING THE GRIDS!
Hadronhadron collisions 

W and Z boson production ( and )  


Lowmass DrellYan pair production ()  


Standard model Higgs boson production ()  


Supersymmetric Higgs boson production ()  


Photon pair production ()  


Zboson pair production ()  


Electronproton collisions 

Semiinclusive production of light hadrons in deepinelastic scattering ()  


Production of heavy quarks in deepinelastic scattering  

Calculation
of
prompt
diphoton
production crosssections at Tevatron and LHC
energies.
By C. Balazs, Edmond L. Berger, P.M. Nadolsky, C. P.
Yuan.
Phys.Rev.D76:013009,2007. [arXiv:0704.0001]
Home Theory overviewComputer programs and usage policyParticle processesOur publicationsBibliography 
This website is partially supported by the U.S. National Science Foundation under Grant No. PHY0855561.