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STRONG NUCLEAR GRAVITY-A BRIEF REPORT

机译:强核引力-简要报告

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摘要

Key conceptual link that connects the gravitational force and non-gravitational forces is - the classical force limit (C~4/G ) For mole number of particles, if strength of gravity is (N.G), any one particle's weak force magnitude is Fw ≌ 1/N· (c~4/N.G) ≌c~4/N~2G· Ratio of 'classical force limit' and 'weak force magnitude' is iV2. This can be considered as the beginning of 'strong nuclear gravity'. Assumed relation for strong force and weak force magnitudes is Fs/Fw≌2π ln(N~2). If m_p is the rest mass of proton it is noticed that In . c2/4πε0Gm~2_p≌m_e/m_e-In(N~2). From SUSY point of view, 'integral charge quark fermion' and 'integral charge quark boson' mass ratio is Ψ = 2.262218404 but not unity. With these advanced concepts starting from nuclear stability to charged leptons, quarks, electroweak bosons and charged Higgs boson's origin can be understood. Finally an "alternative" to the 'standard model' can be developed.
机译:连接重力和非重力的关键概念联系是-经典力极限(C〜4 / G)对于粒子的摩尔数,如果重力为(NG),则任一粒子的弱力大小为Fw≌ 1 / N·(c〜4 / NG)≌c〜4 / N〜2G·“经典力极限”与“弱力大小”之比为iV2。这可以被认为是“强核引力”的开始。假定强力和弱力大小的关系为Fs /Fw≌2πln(N〜2)。如果m_p是质子的剩余质量,则请注意In。 c2 /4πε0Gm〜2_p≌m_e/ m_e-In(N〜2)。从SUSY的角度来看,“积分电荷夸克费米子”和“积分电荷夸克玻色子”的质量比为Ψ= 2.262218404,但不是统一的。从核稳定性到带电的轻子,夸克,电弱玻色子和带电的希格斯玻色子的起源,有了这些先进的概念就可以理解。最后,可以开发“标准模型”的“替代方案”。

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