【作者】 焦善庆； 龚自正； 许弟余； 江光佐；

【Author】 Jiao Shan-qing~1 Gong Zi-zheng~(2,3) Xu Di-yu~4 Jiang Guang-zuo~1 1.Department of Physics,Science College, Southwest Jiaotong University,Chengdu,Sichuan,610031,China; 2.Department of Integration & Spacecraft Environmental Engineering,CAST,Beijing,100094,China; 3.Institute of Physicas,Science College,Southwest Jiaotong University,Chengdu,Sichuan,610031,China; 4.Department of Physics,Sichuan Vocational and Technical College,Suining,Sichuan,629000,China)

【机构】 西南交通大学理学院物理系； 中国空间技术研究院总装与环境工程部； 四川职业技术学院物理系；

【摘要】 研究了 CP 破坏、超对称性粒子与宇宙早期的关系；提出自然界的反粒子有两类,一类是三代夸克,轻子及 W^±1、Z⁰、γ的反粒子；另一类是与上述粒子具有超对称性的信使伴子。每个费米子有一个玻色子超对称性“信使伴子”,每个玻色子也有一个费米子超对称性“信使伴子”。且这些超对称性“信使伴子”都有很大的质标,向 10¹⁵GeV 延伸,填补了大爆炸后 m_T=1．75×10²GeV～10¹⁴Gev(或10¹⁵Gev)间的空缺,对暗物质的研究也将起到重要作用。更多还原

【Abstract】 relations between CP violation,supersymmetry particles and the early stage of the universe are studied;it is put forward that there are two kinds of antiparticles in nature: antiparticles of three generation quarks and leptons,and those of W^±1,Z⁰ and γ are of one kind,the supersymmetry courier companions of above-mentioned particles are of the other.Each fermion has one supersymmetry courier companion ofbosons and each boson also has one of fermions.And these supersymmetry courier companions all have very large mass scales,which extend towards 10^<sup>15GeV and fill the vacancy from m_T=1.75×10² GeV till 10¹⁴GeV(or 10¹⁵GeV)after the big bang of the universe,and these supersymmetry companions will play an important role in the study of dark matter.更多还原