The ratio between the proton and electron masses was shown to be close to theratio between the shortest lifetimes of particles, decaying by theelectromagnetic and strong interactions. The inherent property of eachfundamental interaction is defined, namely the Minimal lifetime of theinteraction (MLTI). The rest mass of the Lightest free massive stable particle(LFMSP), acted upon by a particular interaction, is shown to be inverselyproportional to MLTI. The found mass relation unifies the masses of four stableparticles of completely different kinds (proton, electron, electron neutrinoand graviton) and covers an extremely wide range of values, exceeding 40 ordersof magnitude. On the basis of this mass relation, the electron neutrino andgraviton masses have been approximately estimated to 6.5x10^(-4) eV/c^2 andH*h_bar/c^2 = 1.5x10^(-33) eV/c^2, respectively. Besides, the last value hasbeen obtained independently by dimensional analysis by means of the fundamentalparameters speed of light (c), reduced Planck constant (h_bar) and Hubbledistance (H). It was shown that the equivalent energy of LFMSP, acted upon by aparticular interaction, is close to Breit-Wigner's energy width of the shortestliving state, decaying by the respective interaction.
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机译:质子和电子质量之间的比率显示出接近粒子最短寿命之间的比值,该比值由于电磁和强相互作用而衰减。定义了每个基本交互作用的固有属性,即最小交互作用寿命(MLTI)。最轻的自由质量稳定粒子(LFMSP)的剩余质量受特定相互作用的影响,与MLTI成反比。所发现的质量关系统一了四个完全不同种类的稳定粒子(质子,电子,电子中微子和引力子)的质量,涵盖了范围非常广的值,超过了40个数量级。基于该质量关系,电子中微子和引力质量大约估计为6.5x10 ^(-4)eV / c ^ 2和H * h_bar / c ^ 2 = 1.5x10 ^(-33)eV / c ^ 2 , 分别。此外,借助于光的基本参数(c),减小的普朗克常数(h_bar)和哈勃距离(H),通过尺寸分析独立地获得了最后一个值。结果表明,通过特殊相互作用作用的LFMSP的等效能量接近最短生命状态的布赖特-维格纳能量宽度,并因各自的相互作用而衰减。
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