New Studies Confirm Einstein’s Theory About the General Theory of Relativity
In the new studies, scientists used quasars as space hours to observe the early universe, moving at an extremely slow pace, which once again confirms Einstein’s theory about the general theory of relativity.
Studying the data of almost 200 quasars – hyperactive ultra-massive black holes in the centers of the early galaxies, the team found that time, apparently, flowed five times slower when the universe was only more than a billion years.
The observation of almost 200 quasars shows that Einstein is right – again – about the slowdown of the cosmos time. Scientists first watched the early universe moving at an extremely slow pace, revealing one of Einstein’s expanding universe. The general theory of relativity of Einstein means that we must observe the distant – and, therefore, the ancient – the universe moving much slower than the real day. However, it was not easy to look so far into the past. Scientists managed to solve this secret using quasars as a “watch”.
“Looking back at a time when the universe was only more than a billion years old, we see that time seems to be five times slower,” said Professor Geraint Lewis from the School of Physics and the Sydney Institute of Astronomy of the University of Sydney.
“If you were there, in this infant universe, one second would seem one second – but from our position, after more than 12 billion years to the future, this early time seems to reach.”
Professor Lewis and his employee Dr. Brandon Bruer from the University of Olenda used the observation data of almost 200 quasars – hyperactive super-massive black holes in the centers of early galaxies – to analyze this time of time.
“Thanks to Einstein, we know that time and space are intertwined and from the very beginning of time, the universe expanded in the singularity of the Big Bang,” said Professor Lewis.
“Such an expansion of space means that our observations of the early Universe should seem much slower than time flowing today