First there was the Great Wall.
Then there was the Sloan Great Wall, and a supercluster system dubbed Laniakea.
“But the newly spotted BOSS Great Wall, with a total mass perhaps 10,000 times as great as the
Milky Way, is two-thirds bigger again than either of them,” New Scientist reports today about a billion-light-year galactic “wall” that may be the largest object observed in the cosmos so far. Galaxy superclusters also have competition for the “biggest known object” crown. Some distant light sources like quasars or gamma ray bursts seem to be clustered together in certain regions of the sky. If they are truly connected, they belong to structures so large that current cosmological theories can’t explain them.
Peering deep into space, a new “cosmic distance record” was set by the Hubble Space Telescope, reports the BBC News. A galaxy with redshift z=11.1 has been observed. It’s called GN-z11. Its high redshift would put its origin13.4 billion years before the present in standard cosmology, a mere 400 million years after the big bang. The very first stars might become observable. “They are probably another 200 million light-years beyond even GN-z11.”
A galaxy of stars this mature so close to the beginning of the universe was not predicted by big bangers, Space.com says:
Then there was the Sloan Great Wall, and a supercluster system dubbed Laniakea.
“But the newly spotted BOSS Great Wall, with a total mass perhaps 10,000 times as great as the
Milky Way, is two-thirds bigger again than either of them,” New Scientist reports today about a billion-light-year galactic “wall” that may be the largest object observed in the cosmos so far. Galaxy superclusters also have competition for the “biggest known object” crown. Some distant light sources like quasars or gamma ray bursts seem to be clustered together in certain regions of the sky. If they are truly connected, they belong to structures so large that current cosmological theories can’t explain them.
Peering deep into space, a new “cosmic distance record” was set by the Hubble Space Telescope, reports the BBC News. A galaxy with redshift z=11.1 has been observed. It’s called GN-z11. Its high redshift would put its origin
A galaxy of stars this mature so close to the beginning of the universe was not predicted by big bangers, Space.com says:
However, the discovery also raises many new questions as the existence of such a bright and large galaxy is not predicted by theory. “It’s amazing that a galaxy so massive existed only 200 million to 300 million years after the very first stars started to form. It takes really fast growth, producing stars at a huge rate, to have formed a galaxy that is a billion solar masses so soon,” explains Garth Illingworth of the University of California, Santa Cruz.
Let’s recap. The big bangers did not predict this galaxy or the BOSS Great Wall. They were amazed. It was a great surprise. The GN-z11 galaxy should not exist, but it does. The big bangers admit that their knowledge about the early Universe is still very restricted, after decades of research. Such objects are a mystery to them. Their cosmological theories cannot explain them. And yet they get to keep their jobs?" CEH
All things were made by him;
and without him was not any thing made that was made.
John 1:3