虚物质(暗物质)具有8个物质相位的研究  

Study on the Matter Phase of the Virtual Matter(Dark Matter)

作　　者：舒学军[1] 张界平[1] SHU Xuejun;ZHANG Jieping(College of Physics and Communication Electronics,Jiangxi Normal University,330022,Nanchang,PR)

机构地区：[1]江西师范大学物理与通信电子学院,南昌330027

出　　处：《江西科学》2018年第6期947-953,共7页Jiangxi Science

基　　金：江西省自然科学基金项目(编号:0020160720)

摘　　要：提出了低于光速的物质为正物质、等于光速的物质为0(零)物质、超光速的物质为虚物质的概念,这些物质概念是建立新引力场理论的基础。并论证低于光速的正物质(三维空间物质)具有正引力场能,外在表现为放热(或有热辐射),有正引力场(有向心力、正引力)。等于光速的0(零)物质有0(零)引力场,也论证了超光速的虚物质(四维空间物质、暗物质)具有负引力场能,外在表现为吸热,具有反引力场(有离心力、排斥力)。论证了低于光速正物质(三维空间物质)只有1个物质正相位,超光速虚物质(暗物质、四维空间物质)具有8个物质负相位(反引力、负引力),超光速的虚物质(四维空间物质、暗物质)因为具有负引力场能,结果导致了宇称不对称现象。This paper provided （positive） matter concept, zero matter concept, and virtual matter concept, these matter concepts were basis of establishing gravitation field theory, and the extra-lightspeed matter is virtual matter, this concept is very important. The under-lightspeed positive matter （thine-dimension space matter ） has the positive gravitation field, it also has the positive gravity, the external expression is exothermic （or having thermal radiation） , and there is a positive gravitation field （ centripetal force, positive gravity）. The equal-lightspeed 0 （zero） matter has 0 （zero） gravita- tional field ,and the extra-lightspeed virtual matter （four-dimension space matter, dark matter） has the negative gravitation field energy, the external expression is endotherrmic, has the anti-gravitation field （having the centrifugal force, the repulsion force, anti-gravity ）. It was demonstrated that the under-lightspeed positive matter （thine-dimension space matter ） has one matter positive phase, the extra-lightspeed virtual matter （four-dimension space matter,dark matter） has eight matter negative phases （anti-gravity, negative gravity）. The extra-lightspeed virtual matter （four-dimension space matter,dark matter） having the negative gravitation field energy, this creates parity asymmetry phenonlenon.

关 键 词：正引力场 0(零)引力场 负引力场 正物质 0(零)物质 虚物质 暗物质 宇称不对称 物质湮灭 物质相位 

分 类 号：O412.1[理学—理论物理]