New study finds Hercules-Colona Boreal large larger wall and closer than thought

Astronomers They revealed that the great wall of Hercules-Colona Borealis, a huge network of galaxies, can be larger than they imagined. Mapping the cosmos with gamma rays (GRBs)-the brightest explosions in the universe. Ostronomers have found that this structure is even larger than previously estimated. Surprisingly, parts of it are also significantly closer to Earth From what is previously believed, to challenge fundamental assumptions about how the universe is structured and evolves.
This cosmic structure was first observed in 2014 – a dense galaxy forming a filament of a supercluster.

A new study now extends the previous work of researchers, but with a broader GRB sample. Hakkila and Zsolt Bagoly, study authors, refined the measures. They detected a series of relatively close GRBs in their sample. The evidence also shows that the large wall is larger and wider than previously expected.

Gamma ray explosions expose the very large structure for current models

According to a Space.com reportThe GRBs featured in the initial discovery and the latest growth of the large wall of Hercules – Corona Borealis. These explosive explosions – from huge or collided stars Neutron stars – Produce powerful jets that can be seen on cosmological distances. Hakkila told the publication that GRBS acts as another brilliant headlight to identify galaxies, even those too weak to see directly. Because of its brilliance, scientists can follow matter throughout the universe more distinctly than ever.

The Great Wall, more than 10 billion light years, challenges the cosmological principle of the uniform appearance of the universe. Its massive size indicates gaps in current theories and implies that the time of formation of the universe was insufficient for such massive structures.

Thesseu can reveal large scale of large cosmic wall

NASA’s Fermi ray explosion observations reveal 542 GRB events, but more data is needed to completely understand the scope of the large wall due to poorly identified origins and sparse sampling. Hakkila points to the next ESA Mission Tessus – The transitory sources of high energy and the surveyor of the Early universe – as the next big leap.

The mission aims to dramatically expand the known GRBs catalog, particularly at extreme distances. “Finally it could provide the observational leverage necessary to map the large wall of Hercules – Corona Borealis in all its extension,” Hakkila told Space.com, emphasizing its role in refining our understanding of the large -scale structure of the universe.