Dark Forces at KLOE/KLOE-2

Searches for dark matter particles in the GeV mass range and for dark forces are strongly motivated by the numerous striking astrophysical observations recently reported by many experiments. Flavor factories, like the Frascati Φ-factory DAΦNE, are particularly suited to search for the light gauge ve...

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Main Author: Curciarello Francesca
Format: Article
Language:English
Published: EDP Sciences 2014-05-01
Series:EPJ Web of Conferences
Online Access:http://dx.doi.org/10.1051/epjconf/20147200004
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author Curciarello Francesca
author_facet Curciarello Francesca
author_sort Curciarello Francesca
collection DOAJ
description Searches for dark matter particles in the GeV mass range and for dark forces are strongly motivated by the numerous striking astrophysical observations recently reported by many experiments. Flavor factories, like the Frascati Φ-factory DAΦNE, are particularly suited to search for the light gauge vector boson, called U boson, which is thought to mediate an unknown interaction between hypothetical dark matter particles. By using the KLOE detector, limits on U boson coupling factor ε2 of the order of 10−5 ÷ 10−7 have been set through the study of the ϕ Dalitz decay, the Higgsstrahlung process and Uγ events. New experiments with the upgraded KLOE detector and the increased luminosity of DAΦNE are expected to improve the already set upper limits by a factor of two or better.
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spelling doaj.art-3e588832feff4914944cc3918296ff5e2022-12-21T17:24:04ZengEDP SciencesEPJ Web of Conferences2100-014X2014-05-01720000410.1051/epjconf/20147200004epjconf_lhpm2013_00004Dark Forces at KLOE/KLOE-2Curciarello FrancescaSearches for dark matter particles in the GeV mass range and for dark forces are strongly motivated by the numerous striking astrophysical observations recently reported by many experiments. Flavor factories, like the Frascati Φ-factory DAΦNE, are particularly suited to search for the light gauge vector boson, called U boson, which is thought to mediate an unknown interaction between hypothetical dark matter particles. By using the KLOE detector, limits on U boson coupling factor ε2 of the order of 10−5 ÷ 10−7 have been set through the study of the ϕ Dalitz decay, the Higgsstrahlung process and Uγ events. New experiments with the upgraded KLOE detector and the increased luminosity of DAΦNE are expected to improve the already set upper limits by a factor of two or better.http://dx.doi.org/10.1051/epjconf/20147200004
spellingShingle Curciarello Francesca
Dark Forces at KLOE/KLOE-2
EPJ Web of Conferences
title Dark Forces at KLOE/KLOE-2
title_full Dark Forces at KLOE/KLOE-2
title_fullStr Dark Forces at KLOE/KLOE-2
title_full_unstemmed Dark Forces at KLOE/KLOE-2
title_short Dark Forces at KLOE/KLOE-2
title_sort dark forces at kloe kloe 2
url http://dx.doi.org/10.1051/epjconf/20147200004
work_keys_str_mv AT curciarellofrancesca darkforcesatkloekloe2