宇观天体、微观粒子质量谱*

据核子、暗物质粒子(中微子归入暗物质)退耦为近相对论状态的两类自由流阻尼标度理论及微观粒子遵守的自然性法则,计算了从现时宇宙到Planck粒子的天体、核子、轻子、光子等费米型粒子和它们的超对称玻色型粒子、磁单极子的质量和半径,与现有的实验数据较好相符.由Dirac的量子化条件及单元磁荷、单元电荷规范式也能给出磁单极半径.首次否定了所谓"大沙漠"区存在,它分布着三代费米子的超对称伴子(玻色子),阐明宇观天体、微观粒子的内在联系.

The mass spectra of cosmo-scopic celestial bodies and microscopic particles

According to the theory of two classes of free current damping scales in the approching relativity state,into which nucleons and dark matter particles (neutrinos are included in dark matter) decoupled,and the natural law abided by microscopic particles,the masses and the radii of those are calculated from the present universe to Planck particles,namely,celestial bodies,neucleons,leptons,photons,particles of Fermi type and their supersymmetry particles of Bose type,and magnetic monopoles.And the computational results accord with the data of other research's experiments.Also the radius of a magnetic monopole can be given from Dirac quantilation condition and the gauge formula of a unit magnetic charge and a unit of electric charge.The so-called "big desert" zone is denied for the first time by this article,and over there the supersymmetry companions (those are bosons)of three generations of fermions are distributed.The internal relations between cosmo—scopic celestial bodies and microscopic particles is expounded.