夜的颜色

J. L. Parra
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引用次数: 0

摘要

来自遥远星系的光是红移的,人们普遍认为红移是由每个星系以特定的方式相互分离产生的。根据这一理论,星系可以根据与地球的距离分为四个空间:距离较近的星系没有加速度,下一个星系有加速度,下个星系有减速,而距离较远的星系没有特征。本文假设光子受纵向和横向引力势的支配,从而忽略了所有这些复杂性。这些相对论不变势产生了能量的相干量子态,随后光子在这些能级上向下移动产生了光红移。
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The Color of the Night
Light coming from remote galaxies is redshifted and it is accepted that redshifts are produced by every galaxy running away from each other in a particular manner. According to this theory, galaxies can be grouped by the distance to earth in four spaces: the closer ones with no acceleration, the next ones with acceleration, the next remote ones with deceleration, and the farther ones without characterization. All that complexity is disregarded in this paper by assuming that the photons are ruled by longitudinal and transverse gravitational potentials. These relativistic invariant potentials create coherence quantum states of energy and subsequently the light redshift is created by photons moving down across those energetical levels.
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来源期刊
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发文量
431
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