Dynamic Universe Model Based on Newtonian Gravitation Giving Results Well from Universe Level to Galaxy Level to Solar System Level to Earth Level to Electron Level to Energy Level and to Nanobio Particle Level Now

European Journal of Applied Physics Pub Date : 2023-06-04 DOI:10.24018/ejphysics.2023.5.3.256

Satyavarapu Naga Parameswara Gupta

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Abstract

Dynamic universe model’s SITA simulations can be used to solve many problems in physics, chemistry, Biology etc. The Dynamic Universe Model is based on Newtonian gravitation and finds the total attractive force of all masses in a combined way on any single mass. This SITA approach provides accurate results from the Universe level down to the Galaxy, Solar System, Earth, Electron, Energy, and even Nanobio Particle levels. Our thinking and exploration should not be limited to just 2-body problem and Universe model limited to cosmology in Physics. A small software program (SITA) takes your thinking to: - What are the inherent properties of inter-molecular attraction forces? - How does the Galaxy balance its rotations of stars? - Why did the Pioneer satellite have an irregular movement? - Why there are so many blue shifted Galaxies in the universe? - What is the structure of Galaxy center which will be stable and can support full Galaxy? - How insolvable contaminations in water or in any other liquids diffuse? - What happens to all the energy emitted by sun and other stars and Galaxies? - How local system of Galaxies balance each other? - How are electrons or positrons generated in the universe? - Exploring galaxy rotation curves - Can these be explained…the Origin, Propagation and Uniformity of CMB?? - How hydrogen atoms and other atoms are formed? - How are three states of water (H2O) formed? - How astronomical Jets are formed? - How are the mathematical equations proved? - What about SINGULARITIES in the software and in the Model?

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基于牛顿引力的动态宇宙模型给出了从宇宙级到星系级、太阳系级、地球级、电子级、能量级和纳米粒子级的良好结果

动态宇宙模型的SITA模拟可用于解决物理、化学、生物等领域的许多问题。动态宇宙模型以牛顿万有引力理论为基础，并以一种组合的方式计算出所有质量对任何单个质量的总吸引力。这种方法提供了从宇宙水平到星系、太阳系、地球、电子、能量甚至纳米粒子水平的精确结果。我们的思考和探索不应该仅仅局限于物理学中的二体问题和宇宙模型。一个小软件程序(SITA)带您思考:-分子间引力的固有特性是什么?——银河系如何平衡恒星的旋转?-为什么先驱者号卫星有不规则的运动?为什么宇宙中有这么多蓝移星系?-银河中心的结构是怎样的才能稳定并支持整个银河?-不溶性污染物在水或其他液体中如何扩散?-太阳和其他恒星和星系发出的所有能量发生了什么?星系的本地系统是如何相互平衡的?-电子和正电子是如何在宇宙中产生的?-探索星系旋转曲线-这些能被解释吗…CMB的起源，传播和均匀性??-氢原子和其他原子是如何形成的?-水(H2O)的三种状态是如何形成的?-天文喷流是如何形成的?-数学方程式是如何证明的?-软件和模型中的奇点怎么办?

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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European Journal of Applied Physics

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