暗物质效应的多重物理机制研究  

On Multiple Mechanisms of Dark Matter Effect

作　　者：武沧海 

机构地区：[1]余姚市骄威电器有限公司,浙江 余姚

出　　处：《现代物理》2020年第6期121-130,共10页Modern Physics

摘　　要：物质复空间理论(MCST)认为:“基本粒子是物质复空间相互作用的局域表征,引力场是空间的本体,空无的空间是不存在的”。MCST将引力作用的机制归结为“质体之间引力场流的交换”,进而推断暗物质效应源于引力场流的二次分布规律。进一步的研究发现,质体之间引力场流的交换在暗物质效应中仅起到结构性的次要作用;通过引入广义向心力公式,论证了暗物质效应另一因素是“动能相同的质体在低真空密度环境下的运动活力增大”;最终,通过研究引力场流的涡旋效应,我们可推断“引力场环流作用带来的天体自由环绕运动在暗物质效应中起着主导作用”。Mass Complex Space Theory (MCST) holds that basic particles are the local representation of the interaction of complex space of matter, gravitational field is the body of space, and pure emptyspace does not exist. MCST attributes the mechanism of gravitational action to the exchange ofgravitational field flow between objects, and then infers that dark matter effect originates fromthe secondary distribution of gravitational field flow. Further study shows that the exchange ofgravitational field flow between objects only plays a structural secondary role in dark matter effect.By introducing the generalized centripetal force formula, we can further infer that dark mattereffect is also due to the increasing velocity of object with the same kinetic energy in lower vacuumdensity environment. Finally, through the study of vortex effect of gravitational field flow,we can conclude that the free motion of celestial body caused by circulation of gravitational fieldplays a critical role in dark matter effect.

关 键 词：复空间 相对性原理 暗物质 暗能量 广义向心力 自由环绕速度 

分 类 号：P14[天文地球—天体物理]