摘要
分析CP破坏与超对称模型,然后由超对称模型出发,认为u.d夸克有两类反夸克:F erm i型和B ose型反夸克,质子P+F 1也有两类反质子P+-F 1及P+-B 1,且P+-B 1=P+-F 1+3 lS0,F([q1q2]g).当P+F 1P+-B 1对湮灭时,只有P+-B 1中的P+-F 1与P+F 1被湮灭而转化的光子,l0S,F([q1q2]g)组分将被保留下来.q1,q2,g等亚夸克都只是正物质的组分.因此,宇宙中正物质应多于反物质.
CP violation and the supersymmetry model are analysed. Based on the model, it is considered that there are two types of antiquarks about u and d quarks,namely Fermi type and Bose one. About the proton pF^＋1, there are also two types of antiprotons, PF^＋1 and PB^＋1, and pB^＋1 = pF^＋1 ＋ 3ls^s,F（[qxq2]g）. When the pair of PF^＋1PB^＋1 are annihilated,only the component part pF^＋1 of pB^＋1 is annihilated together with pF^＋1 and they are converted into photons, but the component part ls^0,F（[q1q2]g） is left. Subquarks q1 ,q2,g etc. are the component part of matter,so the matter is more than the antimatter in the universe.
出处
《广西科学》
CAS
2006年第3期196-198,共3页
Guangxi Sciences
基金
国家自然科学基金资助项目(19635010
40474033)
