The possible explaining of some controversial effects by a vortexial atom model

Marius Arghirescu
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Abstract

In the paper is presented a vortexial pre-quantum model of atom, based on a vortexial type of electron’ and proton’ magnetic moment, resulted in a cold genesis theory(CGT) as etherono-quantonic vortex of heavy’ tachyonic etherons (m -60 kg; w>c)- generating the magnetic potential A , and of quantons (m c =7.37x10 -51 kg)-generating vortex-tubes B ξ that materializes the B-field lines of the magnetic induction, the proton’s magnetic moment resulting by a degenerate Compton radius. The model may explain the ‘hydrino’ atom, with n=½, the tachyonic speed of the electronic neutrino and the Kervran effect of biological nuclear transmutations. By the multi-vortexial model of nucleon resulted in CGT, are explained also some astrophysical observation which sustains the CGT’s hypothesis of pulsatile antigravitic pseudo-charge and gravitational waves generating at the surface of a ‘black hole type star by matter→energy conversion, resulting also the possibility of cosmic dust’s cold forming.
涡原子模型对一些有争议的效应的可能解释
本文提出了一种基于涡旋型电子和质子磁矩的原子涡旋前量子模型,得到了一个冷成因理论(CGT),即重速子(m - 60kg;w>c)-产生磁势A,以及量子(m c =7.37x10 -51 kg)-产生涡管B ξ,它实现磁感应的B场线,质子的磁矩由简并康普顿半径产生。该模型可以解释n= 1 / 2的“hydrino”原子、电子中微子的超光速以及生物核嬗变的Kervran效应。利用CGT的核子多涡旋模型,解释了一些天体物理观测结果,这些观测结果支持了CGT关于在黑洞型恒星表面物质→能量转换产生脉动反重力伪电荷和引力波的假设,也说明了宇宙尘埃冷形成的可能性。
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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