Ether - Matter Transitions in the Universe

D. Joó
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Abstract

The whole periodic system elaborated in my earlier work [1,2] begins with the Etheron, gluon and quark, before the hydrogen and helium, and ends with the element No. 558, contrary to the element No. 118 in the-by the IUPAC-official recognized periodic system, which only the fourth step is, or middle note of the Big Cosmic Octave. First of all, what we know about these pre-elements, respectively about the transition element from the Etheric to the Material World?In the classical work [3] there are determined the main characteristics of the ETHERON, as follow: mass mE=1.3494x10 69kg, radius rE=1.616x10m, cross section =10-70m2for both, COSMIC, respectively nucleonic Etherons, and total number 7.4x10121// 1.24x1042, Etheron density 8x1042//3.1x1086m-3, free path 1.3x1026//2x10-17m,inter-etheronic distance 2.77x1015//7.4x10-30m, different from one another.The number of Etherons inside an electron is about 6.7x1038.
以太——宇宙中的物质转变
在我早期的工作中[1,2]详细阐述了整个周期系统,从以太子、胶子和夸克开始,在氢和氦之前,以第558号元素结束,与iupac官方认可的周期系统中的第118号元素相反,它只有第四步,或大宇宙八度音阶的中间音符。首先,我们对这些前元素,分别从以太世界到物质世界的过渡元素了解多少?在经典著作[3]中,确定了ETHERON的主要特征如下:质量mE=1.3494x10 69kg,半径rE=1.616x10m,截面=10-70m2,两者的COSMIC分别为核子ETHERON,总数为7.4 × 10121// 1.24 × 1042, ETHERON密度为8x1042//3.1x1086m-3,自由程为1.3x1026//2x10-17m,醚间距离为2.77x1015//7.4 × 10-30m,彼此不同。一个电子内的以太子数约为6.7x1038。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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