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IS QUANTUM MECHANICS INVOLVED AT THE START OF COSMOLOGICAL EVOLUTION?

机译:宇宙演化开始时是否涉及量子力学?

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The Mach's principle as unveiled in this paper is really a statement as to information conservation, with gravitons and gravitinos being information carriers.This Mach's principle application has tremendous implications as far as if quantum mechanics is essential to formation of information in early universe physics In addition, we review Gryzinski's inelastic scattering results which have close fidelity to a normally quantum result of inelastic scattering in atomic hydrogen calculations and suggest that forming Planck's parameter we set as h(t)in this document could also be due to semiclassical processes, initially, leaving open the possibility quantum processes, initially are not mandatory in terms of formation of initial formulation of constants put into the Machian relations used in this paper.
机译:本文所揭示的马赫原理确实是关于信息守恒的声明,引力子和引力子是信息载体。就量子力学对于早期宇宙物理学中的信息形成必不可少而言,这种马赫原理的应用具有巨大的意义。 ,我们回顾了Gryzinski的非弹性散射结果,该结果与原子氢计算中非弹性散射的正常量子结果具有接近的保真度,并建议形成本文中设为h(t)的普朗克参数也可能是由于半经典过程,最初,打开可能性量子过程,最初不是强制性的,就形成本文所使用的马赫关系的常数的初始公式而言。

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