A new method for detecting dark Matter and explaining formulas which describe fluid matter

Rezvan Alvandi
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Abstract

Nowadays there is a new challenge among scientists, all of us know dark energy spreads the universe by constant index, but the big question is whether the universe expanding without stopping. I am not agreeing, because on the other side, we have dark matter and we know the force of dark matter and dark energy are opposite of each other. In this article, it has been tried to explain how to detect dark fluid and made an effort to find a formula that describe the relationship between dark matter and dark energy or totally dark fluid. Throughout the history, many scientists had the idea to estimate the behavior of dark matter by the means of time, it means they desired to see what is the effect of time on the movement of dark fluid and influence of it on expanding and diminishing physical universe. Cosmology, attached to the theory of dark matter and dark energy, elaborates that both of them are in a single framework and they are not separated into ptomaine. In the last section I added time to predict dark fluid treatment by passing time. To pursue this goal, at first an experiment was designed in which by assist of cigarette smoke and electrical light, the behavior of dark fluid was observed by the author. Then, by means of quantum physic equations and adding time as a stable factor to quantum physic equation, a model and formula was coined by which it was possible to show dark fluid movement. It is very significant to state that this final formula was not completely accomplished due to the fact the gravity of black hole was not regarded in this experiment. Asan important factor, by help of cosmic noise, voyager program of NASA, information theory is related to lost galaxy information.
一种探测暗物质和解释描述流体物质的公式的新方法
如今,科学家们面临着一个新的挑战,我们都知道暗能量以常数指数扩散宇宙,但最大的问题是宇宙是否会不停地膨胀。我不同意,因为另一方面,我们有暗物质我们知道暗物质的力量和暗能量是相反的。本文试图解释如何探测暗流体,并试图找到一个描述暗物质与暗能量或全暗流体之间关系的公式。纵观历史,许多科学家都有通过时间来估计暗物质行为的想法,这意味着他们希望看到时间对暗流体运动的影响以及它对膨胀和缩小的物理宇宙的影响。依附于暗物质和暗能量理论的宇宙学,阐述了它们都在一个单一的框架中,它们并没有被分离成粒子。在上一节中,我添加了时间来通过时间来预测暗流体处理。为了实现这一目标,作者首先设计了一个实验,在香烟烟雾和电灯的辅助下,观察了暗流体的行为。然后,通过量子物理方程,并在量子物理方程中加入时间作为稳定因素,建立了一个模型和公式,使暗流体的运动成为可能。很重要的一点是,由于在实验中没有考虑黑洞的引力,这个最终公式并没有完全完成。一个重要的因素是,借助宇宙噪声,美国宇航局的旅行者计划,信息理论与丢失的星系信息有关。
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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