is an international collaboration
of scientists that
plays the leading role in
a) the development of a modern and universal event generator framework and tools in support of neutrino experiments,
b) the consistent, validated and efficient implementation of a constellation of alternative
physics models within a common platform,
c) the development and characterisation of novel comprehensive physics models
for the simulation
of neutrino interactions
d) the development of an advanced global analysis of neutrino scattering data
The GENIE collaboration
maintains a suite of software products
for the experimental neutrino community,
including the popular
as well as the
that underlie the GENIE global analysis.
We are pleased to announce that version 3.02.00 of the GENIE event generator has been tagged.
This is an important new release that introduces several new models and tools.
The details of the improvements is available here
Physics improvements span from low-energy physics (implementation of a new CEvNS event generator) to
ultra high energies (implementation of new NLO DIS models and event generators
in support of the neutrino telescope and FPF users). In addition, new BSM models (dark neutrino,
and improved boosted dark matter simulations) were introduced, together with new interfaces to
the Liege/INCL and G4/Bertini intranuclear cascades, and several new tunes.
Some of these new models and event generator mechanisms are discussed in our recent paper
Eur.Phys.J.ST 230 (2021) 24
The new code, as always, is available from
our GitHub repositories
In case of problems, feel free to open GitHub issues and submit pull requests!
The User and Physics manual has been updated with some of the new developments.
We look forward to your feedback.