Jinx_Dragon said:
Maze1125 said:
That's easily explained by random fluctuations in the early universe. There are universes that travel away from us faster than they "should" too.
If everything moved uniformly, that'd be more of a proof of an intelligent designer than the Big Bang.
Disagree on the uniform expansion = intelligent design. Yet the equations used by Hubble point to a constant rate of acceleration, dependent on the distant from the center of the universe the galaxy is. Lets say the anomalies are some random fluctuations then what other effects could these fluctuations cause on the universe? If they are so powerful to break the constant movement of a galaxy then they could very well have effected all our observational data in some way and the whole lot would have to be revived once we know more about these fluctuations.
What are you talking about?
The early universe was maelstrom of extremely dense matter at extremely high temperatures. A simple understanding of probability and statistics would tell to that such a situation would produce wild variation across the board.
The fact that almost all galaxies conform very closely to their predicted expansions rates rather than going every which way, despite how violently each would have been shaken about in their infancy, is a testament to how strong the expansion of the universe is.
And, as I explained before, that's nonsense. Better observations have never disproved something.
The earth must be flat, and the center of the universe and all that other crap we like making fun of. All these where created from observations that, until we had better ways to observe the universe around us, where 'proven correct.'
Those were never scientific explanations.
In fact, essentially every scholar throughout history has known that the world was round.
Biology is probably the biggest field that comes to mind where things have been revived so much, thanks to poor observational data at the start.
Yes, biology has had times when a more precise observation has caused huge revelation, but we were talking about physics.
Physics isn't immune though, the first that comes to mind is Newtons theory of gravity which has replaced with Einstein work on the matter.
That is the perfect example of my point.
Gravity exists, the idea of denying it is absurd. We made measurements and deduced how gravity worked. Later we made more precise measurements and found it didn't quite hold, a new theory was later formulated producing further clarification.
But at no point was gravity proven not to exist. All that happened was that it was explained better. (In fact, the old theory was never truly discredited, as it is still a perfectly good approximation that many still use today.)
The universe is expanding, the universe has always been expanding, it started off very very small and it is now very very large, we
know this. Yes, we might have gotten the
reason for this completely wrong but, whatever the reason, it
happened.
To deny it, you would have to deny almost every fundamental physical theory we have, including gravity and electromagnetism.