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First look at three and four-body K/π exclusive processes in Run 2

Three and four-body CEP processes have not been well studied in LHCb data from run 2 yet. CEP processes allow the studying of some QCD aspects that can’t be easily measured in other processes. Expected CEP processes that result in light hadrons include 2K, 2π, 2K2π, 4K, 4π, 2Kπ0 and 2ππ0. The 2-body...

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Autor principal: Martinez Teruel, Daniel Rolando
Lenguaje:eng
Publicado: 2023
Materias:
Acceso en línea:http://cds.cern.ch/record/2873577
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author Martinez Teruel, Daniel Rolando
author_facet Martinez Teruel, Daniel Rolando
author_sort Martinez Teruel, Daniel Rolando
collection CERN
description Three and four-body CEP processes have not been well studied in LHCb data from run 2 yet. CEP processes allow the studying of some QCD aspects that can’t be easily measured in other processes. Expected CEP processes that result in light hadrons include 2K, 2π, 2K2π, 4K, 4π, 2Kπ0 and 2ππ0. The 2-body processes have already been studied and have been show to include rich structures, our data coincides with this. Because of this, three and four-body processes are expected to show similarly rich structures, at least in their two-body mass spectra. After applying cuts related to event identification and measurement defects, the mass spectra on these processes from 2018 data are studied to identify possible intermediate particles and particles that they could stem from.
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institution Organización Europea para la Investigación Nuclear
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spelling cern-28735772023-10-03T21:22:42Zhttp://cds.cern.ch/record/2873577engMartinez Teruel, Daniel RolandoFirst look at three and four-body K/π exclusive processes in Run 2Physics in GeneralThree and four-body CEP processes have not been well studied in LHCb data from run 2 yet. CEP processes allow the studying of some QCD aspects that can’t be easily measured in other processes. Expected CEP processes that result in light hadrons include 2K, 2π, 2K2π, 4K, 4π, 2Kπ0 and 2ππ0. The 2-body processes have already been studied and have been show to include rich structures, our data coincides with this. Because of this, three and four-body processes are expected to show similarly rich structures, at least in their two-body mass spectra. After applying cuts related to event identification and measurement defects, the mass spectra on these processes from 2018 data are studied to identify possible intermediate particles and particles that they could stem from.CERN-STUDENTS-Note-2023-186oai:cds.cern.ch:28735772023-10-03
spellingShingle Physics in General
Martinez Teruel, Daniel Rolando
First look at three and four-body K/π exclusive processes in Run 2
title First look at three and four-body K/π exclusive processes in Run 2
title_full First look at three and four-body K/π exclusive processes in Run 2
title_fullStr First look at three and four-body K/π exclusive processes in Run 2
title_full_unstemmed First look at three and four-body K/π exclusive processes in Run 2
title_short First look at three and four-body K/π exclusive processes in Run 2
title_sort first look at three and four-body k/π exclusive processes in run 2
topic Physics in General
url http://cds.cern.ch/record/2873577
work_keys_str_mv AT martinezterueldanielrolando firstlookatthreeandfourbodykpexclusiveprocessesinrun2