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首页> 外文期刊>Physics International >ON THE ABSENCE OF ANTIMATTER FROM THE UNIVERSE, DARK MATTER, THE FINE STRUCTURE PARAMETER, THE FLUCTUATIONS OF THE COSMIC MICROWAVE BACKGROUND RADIATION AND THE TEMPERATURE DIFFERENCE BETWEEN THE NORTHERN AND SOUTHERN HEMISPHERE OF THE UNIVERSE
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ON THE ABSENCE OF ANTIMATTER FROM THE UNIVERSE, DARK MATTER, THE FINE STRUCTURE PARAMETER, THE FLUCTUATIONS OF THE COSMIC MICROWAVE BACKGROUND RADIATION AND THE TEMPERATURE DIFFERENCE BETWEEN THE NORTHERN AND SOUTHERN HEMISPHERE OF THE UNIVERSE

机译：关于宇宙的反作用物质，暗物质，精细结构参数，宇宙微波背景辐射的波动以及宇宙南北半球之间的温度差异

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The theory of selfvariations correlates five cosmological observations considered to be unrelated by the physical theories of the previous century. The absence of antimatter from the Universe, the Dark matter, the slight variation of the fine structure parameter, the temperature fluctuations of the Cosmic Microwave Background Radiation and the temperature difference between the northern and southern hemisphere of the Universe can be justified by a common cause. This cause is the selfvariation of the electric charge of material particles. The antimatter particles of the very early Universe lose their electric charge with the passage of time and end up as electrically neutral. These electrically neutral particles constitute a significant part of Dark Matter. The Cosmological Model of the Selfvariations predicts another possible mechanism for the creation of Dark Matter particles. Thus, we can justify the fact that the amount of Dark Matter is greater than the amount of the ordinary, luminous, matter. A fluctuation of the electric charge at cosmological distances is predicted in the region of the Universe that we observe. This fluctuation is recorded in the cosmological data in the value of the fine structure parameter measured at cosmological distances, in the temperature of the Cosmic Microwave Background Radiation and is responsible for the temperature difference between the two hemispheres of the Universe. The study we present proves in detail that the law of selfvariations contains enough information to justify the totality of cosmological data that cannot be justified by the standard cosmological model. These data have been observed by the ultrasensitive modern observation instruments. The high sensitivity of the instruments is necessary to record the effects from the extremely small variation of the electric charge. We regard as necessary a re-evaluation of the cosmological data based on the Law of Selfvariations.
机译：自变理论将五种与上世纪的物理理论无关的宇宙学观测结果联系起来。宇宙中没有反物质，暗物质，精细结构参数的细微变化，宇宙微波背景辐射的温度波动以及宇宙南北半球之间的温差都可以由一个普遍的原因来证明。 。该原因是材料颗粒电荷的自变。随着时间的流逝，宇宙早期的反物质粒子会失去电荷，最终变成电中性。这些电中性粒子构成了“暗物质”的重要组成部分。自变的宇宙学模型预测了产生暗物质粒子的另一种可能机制。因此，我们可以证明一个事实，即暗物质的数量大于普通发光物质的数量。在我们观察到的宇宙区域中，可以预测到宇宙距离处电荷的波动。这种波动记录在宇宙学数据中，是在宇宙距离处测得的精细结构参数的值，在宇宙微波背景辐射的温度下产生的，并且是造成宇宙两个半球之间温度差的原因。我们目前的研究详细证明了自变律包含足够的信息来证明标准宇宙学模型无法证明的全部宇宙学数据。这些数据已经由超灵敏的现代观测仪器观测到。仪器的高灵敏度对于记录电荷的极小变化所产生的影响是必要的。我们认为有必要根据自变定律对宇宙学数据进行重新评估。

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