I was reading Dr. Gerald Schroeder's book "The Science of God" and came across where he discusses the relativity of time, for which the factors affecting time are gravity and velocity. He gave an illustration that if there was a planet that was 350,000 times the gravity of Earth, then 3 minutes spent on that planet would equal 2 years here on earth. I haven't studied the validity of this, I'm just taking the illustration for granted. But for the moment suppose that conjecture is true.
So I was thinking about the moment of the Big Bang, the compression of gravity must have been so great that time must have been compressed also. When the Big Bang occurred, and the matter ejected out of the anomily, then time was ejected also. And if time was ejected, wouldn't that effect how we could determine the age of the universe?
Considering that scientists project the Big Bang back some 10-20 billions years ago, they base this on the current expansion of the universe. But if time expanded at the same rate of the universe at the time of the big bang, then that means time has slowed down since then. So do scientists take this into account? If they don't then the age of the universe would be younger that what scientists calculate, wouldn't it?
So I was thinking about the moment of the Big Bang, the compression of gravity must have been so great that time must have been compressed also. When the Big Bang occurred, and the matter ejected out of the anomily, then time was ejected also. And if time was ejected, wouldn't that effect how we could determine the age of the universe?
Considering that scientists project the Big Bang back some 10-20 billions years ago, they base this on the current expansion of the universe. But if time expanded at the same rate of the universe at the time of the big bang, then that means time has slowed down since then. So do scientists take this into account? If they don't then the age of the universe would be younger that what scientists calculate, wouldn't it?