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Quark and gluon tagging in dijet mass resonance search

Several models beyond the Standard Model predict new phenomena in particle physics, which would appear as resonant signals in dijet mass distributions. An example for such a resonance is the excited quark q, which is a consequence of Compositeness Models postulating that quarks and leptons are build...

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Autor principal: Kellermann, Edgar
Lenguaje:eng
Publicado: 2013
Materias:
Acceso en línea:http://cds.cern.ch/record/1605800
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author Kellermann, Edgar
author_facet Kellermann, Edgar
author_sort Kellermann, Edgar
collection CERN
description Several models beyond the Standard Model predict new phenomena in particle physics, which would appear as resonant signals in dijet mass distributions. An example for such a resonance is the excited quark q, which is a consequence of Compositeness Models postulating that quarks and leptons are build by more fundamental particles. The main signature of an excited quark would be a dijet event, originated from the radiation of a gluon from the original excited quark when going back to its non-excited state, leading to a quark and a gluon in the final state (with a branching ratio of 83%) . Other examples are the heavy vector bosonsW0 decaying to two quarks and colour octet scalar S8 decaying to two gluons.
id cern-1605800
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2013
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spelling cern-16058002019-09-30T06:29:59Zhttp://cds.cern.ch/record/1605800engKellermann, EdgarQuark and gluon tagging in dijet mass resonance searchOther SubjectsSeveral models beyond the Standard Model predict new phenomena in particle physics, which would appear as resonant signals in dijet mass distributions. An example for such a resonance is the excited quark q, which is a consequence of Compositeness Models postulating that quarks and leptons are build by more fundamental particles. The main signature of an excited quark would be a dijet event, originated from the radiation of a gluon from the original excited quark when going back to its non-excited state, leading to a quark and a gluon in the final state (with a branching ratio of 83%) . Other examples are the heavy vector bosonsW0 decaying to two quarks and colour octet scalar S8 decaying to two gluons.CERN-STUDENTS-Note-2013-233oai:cds.cern.ch:16058002013-10-03
spellingShingle Other Subjects
Kellermann, Edgar
Quark and gluon tagging in dijet mass resonance search
title Quark and gluon tagging in dijet mass resonance search
title_full Quark and gluon tagging in dijet mass resonance search
title_fullStr Quark and gluon tagging in dijet mass resonance search
title_full_unstemmed Quark and gluon tagging in dijet mass resonance search
title_short Quark and gluon tagging in dijet mass resonance search
title_sort quark and gluon tagging in dijet mass resonance search
topic Other Subjects
url http://cds.cern.ch/record/1605800
work_keys_str_mv AT kellermannedgar quarkandgluontaggingindijetmassresonancesearch