The NEUGEN neutrino event generator
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Cited by (82)
Neutrinos and their interactions with matter
2023, Progress in Particle and Nuclear PhysicsCitation Excerpt :Monte Carlo event generators are scientific programs/libraries to simulate events for the neutrino interactions with matter (electrons, nucleons and nuclei). In the neutrino sector, the early event generators were NEUGEN [750], NUANCE [148], NUX [751], NEUT [744,752] and Geneve [753]. These were initially developed by the experimenters to simulate events for a particular experiment.
Neutrino oscillations with MINOS and MINOS+
2016, Nuclear Physics BCitation Excerpt :Atmospheric neutrinos that interact inside the fiducial volume, the contained-vertex sample, are simulated using NEUGEN3 [43] in the same way as for the beam neutrinos. NUANCE [44] is used to simulate the interaction of the atmospheric neutrinos in the rock surrounding the cavern and to propagate the final state particles up to the edge of the detector. The simulation of the particles in the detector is then the same for both samples, using the GCALOR [36] and GEANT3 [37] packages, in exactly the same way as for the beam neutrino simulation.
Measuring neutrino cross sections using an in situ measurement of the nuMI neutrino flux
2012, Nuclear Physics B - Proceedings SupplementsNew limits on dark matter from Super-Kamiokande
2011, Nuclear Physics BThe GENIE neutrino Monte Carlo generator
2010, Nuclear Instruments and Methods in Physics Research, Section A: Accelerators, Spectrometers, Detectors and Associated EquipmentCitation Excerpt :Many members of the GENIE collaboration have extensive experience in developing and maintaining the legacy Monte Carlo Generators that GENIE strives to replace, which guarantees knowledge exchange and continuation. The default set of physics models in GENIE have adiabatically evolved from those in the NEUGEN [13] package, which was used as the event generator by numerous experiments over the past decade. This article will discuss the paradigm shift brought about by GENIE in neutrino physics simulations.
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for the MINOS collaboration