Astronomers have discovered what they are saying to the greatest known structure in the universe. After an incan measuring system, “Quipu” was named, the superstructure spreads a stunning 1.3 billion light-year, with the length of Milky Way more than 13,000 times, according to a report in a report Live science.
The current claimant for the largest structure in the universe is Hercules-Korona Borialis Great Wall located 10 billion light-year from Earth and extends to 10 billion light-year, but its existence is disputed.
Through data, researchers discovered four more huge structures along with Quipu. Together, these five supervisors have 45 percent of Galaxy clusters, 30 percent of galaxies and 25 percent in the universe in the universe, according to the study published in the preprint website, there are 25 percent cases. arxiv Which is yet to be reviewed the colleague.
The team wrote in the paper, “Quipu is actually a major structure, which is easily noticeable by the eye in a sky map of clusters in the target redshift range, without the help of a detection method,” Team Has written in the paper.
Superclosters are large collections of galaxies, groups and individual galaxies that are usually not gravitationally bound to each other. For example, our Milky Way Galaxy Laniyakaya is located on the outer edges of the superclaster.
According to the study, Quipu is responsible for a large part of the “gravitational bridge that causes the strange speed of the local group in relation to the cosmic microwave background (CMB) frame. However, the effects of such structure at its neighborhood More information is required to identify.
The authors wrote, “For accurate determination of cosmological parameters, we need to understand the effects of the local mass structure of the universe on the measurement,” the authors have written.
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‘Transient configuration’
Scientists said that while the superstructure was currently in size largely, it would soon collapse and build independent units.
“In future cosmic development, these superstars are obliged to break into several collapse units,” the study exposed.
“They are transient configuration as thus. But currently, they are specialized physical institutions with special qualities and special cosmic environment that are worth noting.”
According to the researchers, studying a massive object in the form of Quipu can help make our understanding wider how the galaxies are developed and our cosmological models improve.
