Measurement of Atmospheric Neutrino Cross-Sections on Oxygen, Water and Argon using Nuwro Event Generator

Neutrinos were produced immediately after Big-bang. These are the most abundant particles after photons. Neutrinos are literally jam packing the Universe and are associated with some of the deepest mysteries of nature. These are excellent carriers of information from the past of Universe through sou...

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Main Authors: Iflah Rasool Shaik, Qudsia Gani, Mir Hameeda
Format: Article
Language:English
Published: Damghan university 2024-04-01
Series:Iranian Journal of Astronomy and Astrophysics
Subjects:
Online Access:https://ijaa.du.ac.ir/article_398_22f9163b8f59cc74cb56402ad0b9f6a1.pdf
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author Iflah Rasool Shaik
Qudsia Gani
Mir Hameeda
author_facet Iflah Rasool Shaik
Qudsia Gani
Mir Hameeda
author_sort Iflah Rasool Shaik
collection DOAJ
description Neutrinos were produced immediately after Big-bang. These are the most abundant particles after photons. Neutrinos are literally jam packing the Universe and are associated with some of the deepest mysteries of nature. These are excellent carriers of information from the past of Universe through sources like bursting stars and black holes which we do not have a direct access to. Consequently, there has been a surge in the study of neutrinos and their interaction with matter. However, since neutrinos are very weakly interacting particles, these have feeble cross-sections. Nonetheless, cross-section measurement is the basic ingredient for any higher order neutrino studies. Therefore, in this work we report the cross-section measurements of neutrino interactions with three atmospheric gases viz; Oxygen, Water and Argon. This study is done using NuWro event generator. Nuwro is a Polish code developed by some eminent researchers at Wroclaw University of Poland. It is configured using well known physical models of neutrino interaction. The cross-section measurements are taken in an energy interval of hundreds of MeV to a few GeV,which is also best suited to study neutrino oscillations. We also try a novel way to define the scattering potential for neutrino interactions as a function of initial neutrino flux.
format Article
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institution Kabale University
issn 2322-4924
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publishDate 2024-04-01
publisher Damghan university
record_format Article
series Iranian Journal of Astronomy and Astrophysics
spelling doaj-art-4d2f89cad8f244fc9532619ab84a2a572025-01-12T10:03:29ZengDamghan universityIranian Journal of Astronomy and Astrophysics2322-49242383-403X2024-04-01111173010.22128/ijaa.2024.642.1136398Measurement of Atmospheric Neutrino Cross-Sections on Oxygen, Water and Argon using Nuwro Event GeneratorIflah Rasool Shaik0Qudsia Gani1Mir Hameeda2Department of Physics, Govt. College for Women Srinagar, 190003 IndiaDepartment of Physics, Govt. Degree College Tangmarg, 193402 IndiaGovernment Degree College Tangmarg, Kashmir IndiaNeutrinos were produced immediately after Big-bang. These are the most abundant particles after photons. Neutrinos are literally jam packing the Universe and are associated with some of the deepest mysteries of nature. These are excellent carriers of information from the past of Universe through sources like bursting stars and black holes which we do not have a direct access to. Consequently, there has been a surge in the study of neutrinos and their interaction with matter. However, since neutrinos are very weakly interacting particles, these have feeble cross-sections. Nonetheless, cross-section measurement is the basic ingredient for any higher order neutrino studies. Therefore, in this work we report the cross-section measurements of neutrino interactions with three atmospheric gases viz; Oxygen, Water and Argon. This study is done using NuWro event generator. Nuwro is a Polish code developed by some eminent researchers at Wroclaw University of Poland. It is configured using well known physical models of neutrino interaction. The cross-section measurements are taken in an energy interval of hundreds of MeV to a few GeV,which is also best suited to study neutrino oscillations. We also try a novel way to define the scattering potential for neutrino interactions as a function of initial neutrino flux.https://ijaa.du.ac.ir/article_398_22f9163b8f59cc74cb56402ad0b9f6a1.pdfcross-sectionneutrino-oscillationspion productionneutrino flux
spellingShingle Iflah Rasool Shaik
Qudsia Gani
Mir Hameeda
Measurement of Atmospheric Neutrino Cross-Sections on Oxygen, Water and Argon using Nuwro Event Generator
Iranian Journal of Astronomy and Astrophysics
cross-section
neutrino-oscillations
pion production
neutrino flux
title Measurement of Atmospheric Neutrino Cross-Sections on Oxygen, Water and Argon using Nuwro Event Generator
title_full Measurement of Atmospheric Neutrino Cross-Sections on Oxygen, Water and Argon using Nuwro Event Generator
title_fullStr Measurement of Atmospheric Neutrino Cross-Sections on Oxygen, Water and Argon using Nuwro Event Generator
title_full_unstemmed Measurement of Atmospheric Neutrino Cross-Sections on Oxygen, Water and Argon using Nuwro Event Generator
title_short Measurement of Atmospheric Neutrino Cross-Sections on Oxygen, Water and Argon using Nuwro Event Generator
title_sort measurement of atmospheric neutrino cross sections on oxygen water and argon using nuwro event generator
topic cross-section
neutrino-oscillations
pion production
neutrino flux
url https://ijaa.du.ac.ir/article_398_22f9163b8f59cc74cb56402ad0b9f6a1.pdf
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AT qudsiagani measurementofatmosphericneutrinocrosssectionsonoxygenwaterandargonusingnuwroeventgenerator
AT mirhameeda measurementofatmosphericneutrinocrosssectionsonoxygenwaterandargonusingnuwroeventgenerator