Home » Discovered a supercluster of galaxies with a mass equivalent to 2,600 trillion times that of the sun. It takes light 360 million years to reach the other end.

Discovered a supercluster of galaxies with a mass equivalent to 2,600 trillion times that of the sun. It takes light 360 million years to reach the other end.

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Discovered a supercluster of galaxies with a mass equivalent to 2,600 trillion times that of the sun. It takes light 360 million years to reach the other end.

**The Newly Discovered Einasto Supercluster: A Massive Structure in the Universe**

In the vast expanse of the universe, where galaxies and clusters of stars exist, a newly discovered supercluster named Einasto has captured the attention of astronomers. This colossal structure, located about 3 billion light-years away from Earth, is a heavyweight in comparison to our own Milky Way.

With a total mass equivalent to 2,600 trillion times the sun, the Einasto supercluster dwarfs our local galaxy group and even the Virgo Supercluster. If a ray of light were to travel from one end of this gigantic structure to the other, it would take a staggering 360 million years to complete the journey.

The team of scientists from Tartu University responsible for this groundbreaking discovery has shed light on the secrets of superclusters. These structures, larger than galaxy clusters and groups, play a crucial role in understanding the dynamics of the universe.

Through their research, the team has determined that the typical mass of a supercluster is 6 million times the mass of the sun, with an average size of 200 million light-years. This new finding catapults the Einasto supercluster to a whole new level, with a diameter of 360 million light-years and a mass of 2,600 trillion times the sun.

Furthermore, the astronomers have uncovered intriguing dynamics within superclusters. Despite the overall expansion of the universe, the galaxies within a supercluster are observed to move away from each other at a slower rate. This phenomenon is attributed to the gravitational force within the supercluster acting as a “brake” to counteract the internal expansion. However, this is only a temporary phenomenon, as dark energy will eventually cause galaxies to drift further apart.

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Moreover, the team has revealed an inverse square relationship between supercluster density and size. While superclusters boast immense mass, they are distributed over a wide range, resulting in a lower density than individual galaxies.

This groundbreaking research has been published in The Astrophysical Journal, shedding new light on the mysteries of superclusters and their place in the vast cosmic tapestry. The discovery of the Einasto supercluster marks a significant milestone in our quest to unravel the complexities of the universe.

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