Quantum physicists have proposed a new theory of the origin of the cosmos. They decided to explore outer space with a microscope, and as a result they discovered a virtual particle called quantum foam, which exists due to the vibrations of space.
Experts noted that if people observe space even with a microscope magnifying 100 billion times, they will see absolutely nothing. But scientists decided to accept this space as quantum foam, similar to beer bubbles. The size of the bubbles is about a quadrallion times smaller than the size of the atomic nuclei, and this difference is increasing all the time. As they become smaller, they turn into short-term spatial and temporal fluctuations.
Sixty years ago, a physicist from Holland Hendrik Casimir argued over quantum foam. He said that if these particles existed, they would fill the entire territory of space. Then, due to the imbalance caused by the overabundance of waves inside and outside the plate, the waves could inhabit the foam. Then the experts rejected "quantum foam" because it does not match the nature of reality. It takes a lot of time to extract photons from explosions of stars, so a thorough analysis of the space of space is necessary in order to then obtain reliable information.