Free Republic
Browse · Search
General/Chat
Topics · Post Article

To: Red Badger
None of your points answer my question.

On your second point, 2. Light was faster way back then................, would imply a medium exists which affects the speed of light which violates Einstein's long established relativity theory - no?

On your first point, 1. The Universe was smaller way back then. What if the universe was actually larger back then? What if instead of expanding, the universe is actually contracting, growing smaller at an ever increasing rate like expanding foam, but in reverse?

15 posted on 07/16/2019 11:34:37 AM PDT by amorphous
[ Post Reply | Private Reply | To 8 | View Replies ]


To: amorphous

Einstein’s Speed of light limitation is good only within its frame of reference.

As the universe expands, the speed of light as observed from a great distance appears to slow down, but within that frame of reference the speed of light never changes..........


16 posted on 07/16/2019 11:37:33 AM PDT by Red Badger (We are headed for a Civil War. It won't be nice like the last one....................)
[ Post Reply | Private Reply | To 15 | View Replies ]

To: amorphous
What if instead of expanding, the universe is actually contracting, growing smaller at an ever increasing rate like expanding foam, but in reverse?

The Universe is a gigantic Black Hole. All galaxies are "falling" down the hole.

Galaxies "farther down" the hole are "falling" faster than us and appear to be receding from us.

Galaxies for which we are "farther" down are not "falling" as fast as we and also appear to be receding from us.

I wish I had the Math capability to examine this theory.

17 posted on 07/16/2019 11:51:45 AM PDT by FroggyTheGremlim ( The following statement is false. The previous statement is true.)
[ Post Reply | Private Reply | To 15 | View Replies ]

Free Republic
Browse · Search
General/Chat
Topics · Post Article


FreeRepublic, LLC, PO BOX 9771, FRESNO, CA 93794
FreeRepublic.com is powered by software copyright 2000-2008 John Robinson