A new study published has come up with a very interesting idea about the reason for the discrepancy in the Hubble Constant. The researchers stated that the reason for this difference may be an invisible ‘mirror world’ that gravitationally affects our universe.
Some scientists, who conducted a new study published in the academic journal Physical Review Letters, came up with a very interesting theory. Although there is no information about what it looks like, researchers have a ‘ ‘ gravitational effect in our universe.mirror worldHe stated that they thought it existed.
This study, published by three researchers, Hubble Constant reported to be based on related problems. If you ask what is the Hubble Constant; Named after the famous astronomer Edwin Hubble, this concept is called the constant number representing the expansion rate of the universe. However, studies on the subject may lead to different results for this constant.
Hubble Constant mismatch could be due to a ‘mirror world’ we can’t see
Scientists in the research published recently aimed to investigate the reason behind the discrepancy in the constant. Experts stated that the reason for this may be a ‘mirror world’ consisting of particles we have not yet seen. In the explanations regarding this hypothesis,In most of our observations in cosmology, the universe as a whole is in a state of rescaling. a natural symmetry We indicate that it contains. This is between different measurements of the expansion rate of the universe. why is there an inconsistency can provide a way to understand expressions are used.
According to the statements, the researchers discovered a mathematical feature that had not been noticed before in standard cosmological models. It was stated that this allows for a higher expansion rate and hardly changes the other predictions in the standard model. The study revealed that a uniform scaling of the gravitational freefall velocity and the photon-electron dispersion velocity does not alter most dimensionless cosmological observations.
So, experts tackled the mismatch in the Hubble Constant by trying to create a model that doesn’t violate the cosmological rules learned so far. We can only see the gravitational effect of the universe somehow using this symmetry. an invisible mirror of the world may indicate its presence. It was stated that this ‘mirror earth’ would allow the scaling of the free fall rates, while not violating the average photon density measured exactly today.
Finally there are copies of the particles a parallel universe Researcher Francis Yan Cyr-Racine said: “This may seem crazy; however, these mirror worlds have an important physics literature. Our work also links this vast literature to a very important problem in cosmology.”