A discussion on the hypothesis that the universe is a black hole
Approaches from Newtonian mechanics and Special relativity
DOI:
https://doi.org/10.51094/jxiv.63Keywords:
black hole, Schwarzschild radius, event horizon, Newtonian mechanics, Special relativity, redshift, Big BangAbstract
Various cosmological models have been proposed even in this modern day, but this time we discussed an unique hypothesis that "the universe is a huge black hole" using Newtonian mechanics and Special relativity. The black hole universe model was interpreted by considering that the shift of event horizon depending on the potential of the observation point, and the mass of the observable universe was estimated at 1.03 × 1053 kg. Furthermore, the following interpretations were obtained from this discussion. The redshift of distant stars is gravitational redshift, not due to Doppler shift. And inflation of the universe means that the Schwarzschild radius is expanding, not necessarily that the stars are moving away from each other.
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Submitted: 2022-05-05 20:20:45 UTC
Published: 2022-05-17 08:11:13 UTC — Updated on 2024-05-08 07:40:19 UTC
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Reason(s) for revision
This manuscript has added the section "5.3 Integration of Newtonian mechanics and special relativity" to manuscript version 4. Accordingly, the second half of "6.3 Inflation Model" has also been revised. Other minor corrections were made to the text and figures.License
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Masato Yamawaki
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