Simple but Exact Calculations of Spiral Galaxy Velocities Solely Based upon Observed Galactic Matter (An Alternative Model)

Forrest W. Noble, T. M. Cooper
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引用次数: 1

Abstract

The model we are proposing, based upon our research, makes exact predictions of spiral galaxy velocity profiles (stellar velocities) solely based upon a galaxy’s observed galactic matter, totally contrary to the dark matter hypothesis. Making exact predictions for all symmetric spiral galaxies is something that no other model can do, based upon our research. Based on our preconceived hypothesis, the goal of our research was to correctly explain the reasons for observed spiral galaxy velocity profiles and to propose new equations, if needed, for such calculations. In contrast, our research has shown that dark matter proposals usually make very poor predictors of stellar velocities within spiral galaxies and elsewhere based upon assumptions of normal matter distribution. Another goal of our research was to explain increased velocities observed in galaxy clusters, and velocity anomalies within the observable universe, based on the same proposed mechanism. We also explain that modified-gravity models have their own problems relating to predictions of galaxy-cluster velocities and must also propose unseen, but known matter for these calculations. The alternative model being presented proposes what can be called background Field-Flow dynamics. Its unique Newtonian-style equations, and their exact predictions concerning all spiral galaxies studied and presented, we believe are very convincing evidence in support of this model and proposal.
仅基于观测到的星系物质的螺旋星系速度的简单而精确的计算(另一种模型)
基于我们的研究,我们提出的模型完全基于观测到的星系物质,对螺旋星系的速度曲线(恒星速度)做出了精确的预测,这与暗物质假说完全相反。根据我们的研究,对所有对称螺旋星系做出精确的预测是其他模型无法做到的。基于我们先入为主的假设,我们研究的目标是正确解释观测到的螺旋星系速度分布的原因,并提出新的方程,如果需要的话,用于此类计算。相比之下,我们的研究表明,暗物质的建议通常不能很好地预测螺旋星系和其他地方的恒星速度,这是基于正常物质分布的假设。我们研究的另一个目标是,基于同样提出的机制,解释在星系团中观测到的速度增加,以及可观测宇宙中的速度异常。我们还解释说,修正的引力模型在预测星系团速度方面有其自身的问题,并且必须为这些计算提供看不见但已知的物质。另一种被提出的模型被称为背景场流动力学。它独特的牛顿式方程,以及它们对研究和提出的所有螺旋星系的精确预测,我们相信是支持这个模型和建议的非常有说服力的证据。
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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