1
New Theories / What is the real meaning of the most-distant-quasar/galaxy?
« on: 11/05/2022 16:41:25 »
In the following article it is stated:
https://www.space.com/most-distant-quasar-discovery-giant-black-hole
"Astronomers led by researchers at the University of Arizona spotted the brilliant quasar about 13.03 billion light-years from Earth"
"This quasar, called J0313-1806, can be dated back to just 670 million years after the Big Bang (the universe at this time was a mere 5% of its current age), making it the most distant and earliest quasar ever found. This quasar also hosts a supermassive black hole that has a mass equal to 1.6 billion of our suns. "
So, we discuss about a SMBH that has a mass equal to 1.6 billion of our suns.
It had been dated back to just 670 million years after the Big Bang.
So how did this SMBH get so massive so quickly (as stated):
"Quasars like J0313-1806 that already accumulated such immensely massive black holes in such a short time in the early universe have puzzled scientists for years. While black holes can be created when stars explode in supernova and collapse and smaller black holes can merge, eventually building up mass, these ultra-massive early-universe quasars remain mysterious. How did they get so massive so quickly?"
They actually set a calculation:
"In fact, the team thinks that, even if the black hole formed as early as 100 million years after the Big Bang and grew as fast as possible, it would still only be 10,000 times as massive as our sun — and it's 1.6 billion times as massive. "
So what shall we understand from that data:
1. BH can't be created immediately after the big bang. At the best case it could start 100 M Y after the bang.
2. In 570 M years (670-100), at the best case it could get to 10K Sun mass.
Therefore, in order to get that 1.6 B (1,600,000K) Sun mass there is a need for
1,600,000K / 10K * 570 MY = 160,000 * 570MY = 91,200,000MY = 91,200 Billion years.
Hence, based on the data we can calculate that there is a need for 91,200 Billion years to set that kind of SMBH.
That observation PROVES that the idea that so massive SMBH could be created in just 670M after the bang is not realistic.
Therefore, the age of our real universe must be significantly bigger than just 13.8 B years.
However, as expected - those puzzled scientists don't accept any observation that contradicts the BBT.
Therefore, instead of accepting the data and agree that there is a fatal error in the Universe age based on the Big bang theory, now they look for some idea to close the gap.
"This tells you that no matter what you do, the seed of this black hole must have formed by a different mechanism," co-author Xiaohui Fan, a professor and associate head of the Department of Astronomy at the University of Arizona.
My message to this professor is as follow:
No, there is no different mechanism and there is no need to be puzzled.
You just have to open your eyes and accept the truth data AS IS.
Based on that you should understand that the age of the Universe must be significantly higher than 13.8 BY.
This should be the real meaning of truth!
Therefore, do you all agree that this message proves that the real age of the Universe should be very high or even infinity?
Or do you prefer to ignore the message and deal with the messenger?
https://www.space.com/most-distant-quasar-discovery-giant-black-hole
"Astronomers led by researchers at the University of Arizona spotted the brilliant quasar about 13.03 billion light-years from Earth"
"This quasar, called J0313-1806, can be dated back to just 670 million years after the Big Bang (the universe at this time was a mere 5% of its current age), making it the most distant and earliest quasar ever found. This quasar also hosts a supermassive black hole that has a mass equal to 1.6 billion of our suns. "
So, we discuss about a SMBH that has a mass equal to 1.6 billion of our suns.
It had been dated back to just 670 million years after the Big Bang.
So how did this SMBH get so massive so quickly (as stated):
"Quasars like J0313-1806 that already accumulated such immensely massive black holes in such a short time in the early universe have puzzled scientists for years. While black holes can be created when stars explode in supernova and collapse and smaller black holes can merge, eventually building up mass, these ultra-massive early-universe quasars remain mysterious. How did they get so massive so quickly?"
They actually set a calculation:
"In fact, the team thinks that, even if the black hole formed as early as 100 million years after the Big Bang and grew as fast as possible, it would still only be 10,000 times as massive as our sun — and it's 1.6 billion times as massive. "
So what shall we understand from that data:
1. BH can't be created immediately after the big bang. At the best case it could start 100 M Y after the bang.
2. In 570 M years (670-100), at the best case it could get to 10K Sun mass.
Therefore, in order to get that 1.6 B (1,600,000K) Sun mass there is a need for
1,600,000K / 10K * 570 MY = 160,000 * 570MY = 91,200,000MY = 91,200 Billion years.
Hence, based on the data we can calculate that there is a need for 91,200 Billion years to set that kind of SMBH.
That observation PROVES that the idea that so massive SMBH could be created in just 670M after the bang is not realistic.
Therefore, the age of our real universe must be significantly bigger than just 13.8 B years.
However, as expected - those puzzled scientists don't accept any observation that contradicts the BBT.
Therefore, instead of accepting the data and agree that there is a fatal error in the Universe age based on the Big bang theory, now they look for some idea to close the gap.
"This tells you that no matter what you do, the seed of this black hole must have formed by a different mechanism," co-author Xiaohui Fan, a professor and associate head of the Department of Astronomy at the University of Arizona.
My message to this professor is as follow:
No, there is no different mechanism and there is no need to be puzzled.
You just have to open your eyes and accept the truth data AS IS.
Based on that you should understand that the age of the Universe must be significantly higher than 13.8 BY.
This should be the real meaning of truth!
Therefore, do you all agree that this message proves that the real age of the Universe should be very high or even infinity?
Or do you prefer to ignore the message and deal with the messenger?