Scientists Intrigued by Galactic Structure That’s 1.4 Billion Light-Years Wide

Scientists say they have discovered “the largest known Hungarian structure”-a monster that extends over its mind 1.4 one billion Light years, which has a diameter of about 14,000 times from the diameter of the Milky Way.

The team, led by scientists from the Max Planck Institute for Physics, discovered after analyzing the data as part of the X -ray cookies of the sky.

They found that the structure – which is called “Quipu” after the tendons with a knot used by INCAS to form the heels – spanned huge areas of the night sky. The team believes it is largely composed of a dark material, and the invisible material that is believed to be 85 percent of all mass in the universe.

Discovering can have significant effects on our understanding of the larger structures in the universe and how to accurately set them.

“If you look at the distribution of galaxy groups in the sky in a spherical cover at a distance of 416 to 826 million light years, you immediately notice a huge structure that extends from the upper northern latitude to the southern end of the sky,” Professor Hans Bouhrager said in a statement.

It seems that the massive length of Quipu breaks the previous record recorded by “Sloan Great Wall”, which extends about 1.1 billion light years in a more distant part of the universe.

But as Direct science It indicates that there may be larger structures, such as Hercules Corona-Borealis Great Wall, which is an extreme structure that extends an estimated 10 billion light years, 10 billion light-years away from Earth. If it already exists, however, the subject of the dispute between scholars remains.

For their latest studies, acceptable for publication in the magazine Astronomy and astronomical physics, The Max Planck team analyzed an extensive catalog of Galaxy groups, which was created using the data collected by the Max Planck Satellite Institute of X -ray in Physics in Physics in 1990.

Regardless of Quipu, the team also discovered three other jokes called Serpens-Corona Borealis, Hercules, and Sculptor-PEGASUS.

In addition to Quipu and Shaoley Supercluster, a concentration of galaxies in our near world, the five structures contain an estimated 25 percent of all the issue in the universe that can be observed, according to researchers, or 13 percent of their size.

In its research, the team argued that the results can be “important for astronomical physical research”, such as “studying environmental dependence on the development of the galaxy as well as the accurate tests of cosmic models.”

Researchers also suggest that these metal structures will not abide forever.

And they concluded their paper: “In future cosmic development, these superior structures must be divided into several interested units.” “Thus, they are transient formations. But at the present time they are special material entities that have distinctive characteristics and special cosmic environments that deserve special attention.”

More about metal structures: Scientists work to explain “metal structures” on the bottom of the ocean