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Search for supersymmetric mesinos near production threshold in terms of superf lavor symmetry

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【作者】 贾连宝郭星导金洪英赵明刚李学潜

【Author】 JIA Lian-Bao;GUO Xing-Dao;JIN Hong-Ying;ZHAO Ming-Gang;LI Xue-Qian;School of Physics, Nankai University;School of Science, Zhejiang University;

【机构】 School of Physics, Nankai UniversitySchool of Science, Zhejiang University

【摘要】 Supersymmetry(SUSY) may be one of the most favored extensions of the Standard Model(SM), but so far at the LHC no evidence of SUSY particles has been observed.An obvious question is whether they have already emerged but escaped our detection, or whether they do not exist at all.We propose that the future ILC may provide sufficient energy and luminosity to produce SUSY particles as long as they are not too heavy.Superflavor symmetry associates production rates of SUSY mesinos with those of regular mesons, because both contain a heavy constituent and a light one.In this work, we estimate the production rate of SUSY mesinos near their production threshold and compare it with B production.Our analysis indicates that if SUSY mesinos with masses below s1/2/2(s1/2 is the ILC energy) exist, they could be observed at the future ILC or even the proposed CEPC in China.

【Abstract】 Supersymmetry(SUSY) may be one of the most favored extensions of the Standard Model(SM), but so far at the LHC no evidence of SUSY particles has been observed.An obvious question is whether they have already emerged but escaped our detection, or whether they do not exist at all.We propose that the future ILC may provide sufficient energy and luminosity to produce SUSY particles as long as they are not too heavy.Superflavor symmetry associates production rates of SUSY mesinos with those of regular mesons, because both contain a heavy constituent and a light one.In this work, we estimate the production rate of SUSY mesinos near their production threshold and compare it with B production.Our analysis indicates that if SUSY mesinos with masses below s1/2/2(s1/2 is the ILC energy) exist, they could be observed at the future ILC or even the proposed CEPC in China.

【关键词】 SUSYILCsuperflavor symmetrymesino
【Key words】 SUSYILCsuperflavor symmetrymesino
【基金】 Supported by National Natural Science Foundation of China(11075079,11135009,11005061)
  • 【文献出处】 Chinese Physics C ,中国物理C , 编辑部邮箱 ,2015年08期
  • 【分类号】O572.23
  • 【下载频次】14
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