About determination of the hubble constant from cosmic microwave background in the presence of angular momentum in photons
At the moment, it has become obvious that there is a significant contradiction between the methods of measuring the current rate of expansion of the Universe from the cosmic microwave background (CMB) and using local distance sensors. This fact prompted some researchers to interpret this contradiction as evidence of new physics. In this article, without resorting to new physics, the probable source of this discrepancy is determined as the unaccounted angular momentum of the photons of the microwave background. It is shown that taking into account the angular momentum of the CMB photons helps to bring into agreement the values of the expansion rate of the Universe, measured by different methods.
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Keywords
Hubble constant, expansion of the Universe, cosmic microwave background, optical vortex, twisted photonsAuthors
| Name | Organization | |
| Portnov Y.A. | Moscow Automobile and Road Construction State Technical University | portnovyura@yandex.ru |
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