Codes numériques
A code for the calculation of Dark Matter properties including the relic density, direct and indirect rates in a general supersymmetric model and other models of New Physics.
SloopS is a code for the calculation of cross sections and other observables at one-loop in the MSSM. Renormalisation is performed in the On-Shell Scheme with the possibility of easily switching to other schemes. SloopS has been designed so that it has applications not only for physics at colliders but also for astrophysics and cosmology.
DM@NLO is a numerical code to compute the annihilation cross-section of the neutralino in the Minimal Supersymmetric Standard Model at next-to-leading order in αs. The package is designed to work with micrOMEGAs in order to evaluate the relic density of the neutralino including the corrections in QCD and SUSY-QCD. An interface to DarkSUSY is under development.
This code evaluates numerically the form factors entering the calculation of one-loop amplitudes with up to six external legs. The program performs the reduction to a certain set of basis integrals numerically, using a formalism where inverse Gram determinants can be avoided. It can be used to calculate one-loop amplitudes, with or without massless internal particles, in a fast and numerically stable way.
This is a set of a NLO FORTRAN codes allowing users to compute single and double inclusive large pt cross sections for reactions involving photons, hadrons and jets.
A public astrophysical code to simulate the electromagnetic cascade and compute the neutrino spectrum from the cascade development.
A full pipeline to process and analyse public Fermi-LAT gamma-ray in the direction of dwarf spheroidal galaxies and set upper limits on dark matter particles
A numerical package for computing clustering and shot-noise contributions to power spectrum of line intensity/temperature fluctuations within halo-model framework and employing Effective Field Theory of LSS to compute loop corrections
