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GitHub / mamupaxs / mamupaxs

Evaluating total cross sections from differential cross sections for 2->n processes, with n>2, can be challenging. This code is intended for solving such problem for massless initial and final state particles and n=3,4 and 5. Furthermore, the framework is kept as simple as possible for this single task.

JSON API: https://repos.ecosyste.ms/api/v1/hosts/GitHub/repositories/mamupaxs%2Fmamupaxs

Stars: 1
Forks: 1
Open Issues: 0

License: gpl-3.0
Language: Fortran
Repo Size: 26.4 KB
Dependencies: pending

Created: 11 months ago
Updated: 6 months ago
Last pushed: 4 months ago
Last synced: 13 days ago

Commit Stats

Commits: 2
Authors: 1
Mean commits per author: 2.0
Development Distribution Score: 0.0
More commit stats: https://commits.ecosyste.ms/hosts/GitHub/repositories/mamupaxs/mamupaxs

Topics: collider-phenomenology, high-energy-physics, monte-carlo, monte-carlo-integration, multi-dimensional, numerical-methods

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