A scientist from the University of Queensland in Australia developed a first model that takes into account not only to expand the gaps, but also collapse the areas of the substances in the universe. The work has been published in the journal Physics (PRL). The author of the study, Dr. Leonardo Dzhani, used the data of the Dark Energy Project Project (DESI), collected up to 11 billion light -years years. The standard cosmic model shows that the physical particles are the same and not interactive. But in fact we see the stars, black holes, galaxy clusters and the gap constantly interacting, mainly through gravity, the scientist explained. According to Giani, the new diagram allows you to describe mathematics how to accurately structures in the universe to deform our size. For a long time, we have known that the gaps and the collapse of the collapse exist, but we do not know how to calculate their influence correctly. My model offers a formula for how it does it – and is not related to the new physics, the researcher noted. The scientist has calculated the minimum size of the gap and accumulates may affect the observations of the universe. Comparing Desi data and other independent categories shows that the lines are not converged in which the standard predictive standard model, but coincides with another schedule. This indicates that it is exactly large gaps that can explain the strange things in measurements. In addition, the work applies to the two main mysteries of the modern universe – “the difference of Hubble” and the theory of active dark energy. The first is due to the fact that different methods offer different values of the expansion rate of the universe. Second shows that dark energy changes or weakens over time. “Our approach can explain both phenomena without giving additional entities.
