New CC0π GENIE Model Tune for MicroBooNE

preprint2022arXivOpen access
The MicroBooNE CollaborationP. AbratenkoR. AnJ. AnthonyL. ArellanoJ. AsaadiA. AshkenaziS. BalasubramanianB. BallerC. BarnesG. BarrV. BasqueL. Bathe-PetersO. Benevides RodriguesS. BerkmanA. BhanderiA. BhatM. BishaiA. BlakeJ. Y. BookL. CamilleriD. CaratelliI. Caro TerrazasF. CavannaG. CeratiY. ChenD. CianciJ. M. ConradM. ConveryL. Cooper-TroendleJ. I. Crespo-AnadonM. Del TuttoS. R. DennisP. DetjeA. DevittR. DiurbaR. DorrillK. DuffyS. DytmanB. EberlyA. EreditatoJ. J. EvansR. FineG. A. Fiorentini AguirreR. S. FitzpatrickB. T. FlemingN. FoppianiD. FrancoA. P. FurmanskiD. Garcia-GamezS. GardinerG. GeS. GollapinniO. GoodwinE. GramelliniP. GreenH. GreenleeW. GuR. GuenetteP. GuzowskiL. HagamanO. HenC. HilgenbergG. A. Horton-SmithA. HourlierR. ItayC. JamesX. JiL. JiangJ. H. JoR. A. JohnsonY. -J. JwaD. KalraN. KampN. KaneshigeG. KaragiorgiW. KetchumM. KirbyT. KobilarcikI. KresloI. LepeticK. LiY. LiK. LinB. R. LittlejohnW. C. LouisX. LuoK. ManivannanC. MarianiD. MarsdenJ. MarshallD. A. Martinez CaicedoK. MasonA. MastbaumN. McConkeyV. MeddageT. MettlerK. MillerJ. MillsK. MistryA. MoganT. MohayaiJ. MoonM. MooneyA. F. MoorC. D. MooreL. Mora LepinJ. MousseauM. MurphyD. NaplesA. Navrer-AgassonM. Nebot-GuinotR. K. NeelyD. A. NewmarkJ. NowakM. NunesO. PalamaraV. PaoloneA. PapadopoulouV. PapavassiliouS. F. PateN. PatelA. PaudelZ. PavlovicE. PiasetzkyI. D. Ponce-PintoS. PrinceX. QianJ. L. RaafV. RadekaA. RafiqueM. Reggiani-GuzzoL. Ren' L. C. J. RiceL. RochesterJ. Rodriguez RondonM. RosenbergM. Ross-LonerganG. ScanaviniD. W. SchmitzA. SchukraftW. SeligmanM. H. ShaevitzR. SharankovaJ. ShiJ. SinclairA. SmithE. L. SniderM. SoderbergS. Soldner-RemboldP. SpentzourisJ. SpitzM. StancariJ. St. JohnT. StraussK. SuttonS. Sword-FehlbergA. M. SzelcW. TangK. TeraoC. ThorpeD. TotaniM. ToupsY. -T. TsaiM. A. UchidaT. UsherW. Van De PontseeleB. VirenM. WeberH. WeiZ. WilliamsS. WolbersT. WongjiradM. WospakrikK. WresiloN. WrightW. WuE. YandelT. YangG. YarbroughL. E. YatesH. W. YuG. P. ZellerJ. ZennamoC. Zhang

Abstract

A novel tune has been made for the MicroBooNE experiment. The fit uses 4 new parameters within the GENIE v3.0.6 Monte Carlo program. Charged current pionless data from the T2K experiment was used. New uncertainties were obtained. These results will be used in future MicroBooNE analyses.

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