Zhen-hua Mei Publishes New Research Theory About "What caused the Big Bang?"

Apr 23, 2019

According to Space, an International Media Group and a leading digital publisher, "The Big Bang Theory is the leading explanation about how the universe began. At its simplest, it says the universe as we know it started with a small singularity, then inflated over the next 13.8 billion years to the cosmos that we know today." According to Mei, The Big Bang is of course the most important conclusion in cosmology by means of the theory of general relativity. However, the detailed mechanism in physics from the point of view of structure and elementary particles is not present in it.

After in-depth research, Mei's findings showed that in the model used in the experiment, the electron could become the antiproton by compressing. Mei observed that the aforementioned was a new conception in elementary particle physics and that it played an important role in the Big Bang. Another intelligible finding was that the rest mass and energy could easily convert into each other in the process of the Big Bang.

Mei's research concluded that once the observations regarding the new types of elementary particle reaction and charge reaction proposed in the paper were appended, it could be said that one arrived at a view of nearly a perfect physics. According to Mei, the reasoning of logic, theories and laws seemed to be constructed in a circle. The final conclusion was that "The Big Bang was caused by a new type of charge reaction process beginning with a high-density point of 3.10343 x 1023 g/cm3 in the centre"

One may question as to why the research on Big Bang is important and how does it benefit the Homo sapiens. In simple words, it may help human beings to understand their existence. The Big Bang explains most facts of science that are seen today in nature and it decodes most of the data available. Some scientists believe that the big bang is not a theory, rather a prediction of general relativity for an expanding universe.  The different views often create a stir in the field of astrophysics and it leads to contemplation on this subject. Hence, Mei's brilliant research too is a valuable addition in this field and hopefully, some more curious minds can build upon this great work.

据国际媒体集团和领先的数字出版商Space称，“大爆炸理论是关于宇宙起源的主要解释。最简单的说法是，我们所知道的宇宙从一个小奇点开始，然后在接下来的138亿年里膨胀到我们今天所知的宇宙”，根据广义相对论，大爆炸当然是宇宙学中最重要的结论。然而，从结构和基本粒子的角度来看，物理学中的详细机制并不存在于其中。

经过深入研究，梅的发现表明，在实验使用的模型中，电子可以通过压缩而成为反质子。梅观察到，上述概念是基本粒子物理学中的一个新概念，在大爆炸中发挥了重要作用。另一个可以理解的发现是，在大爆炸过程中，剩余的质量和能量可以很容易地相互转化。

梅的研究得出结论，一旦论文中提出的关于新型基本粒子反应和电荷反应的观察结果被添加进来，就可以说得出了一个近乎完美的物理学观点。根据梅的说法，逻辑、理论和定律似乎是构成了一个循环。最后的结论是，“大爆炸是由一种新型的电荷反应过程引起的，其中心的高密度点为 3.10343 x 10²³ g/cm³ ”

人们可能会质疑，为什么对大爆炸的研究很重要，它对智人有何益处。简单地说，它可能有助于人类理解自己的存在。大爆炸解释了当今自然界中的大多数科学事实，并解码了大部分可用数据。一些科学家认为，大爆炸不是理论，而是广义相对论对宇宙膨胀的预测。不同的观点常常在天体物理学领域引起轩然大波，并引发对这一主题的思考。因此，梅的杰出研究也是这一领域的一个宝贵补充，希望有更多好奇的人能够在这项伟大的工作基础上再接再厉。

Source: After Neutron Was Compressed: the Big Bang