Changes

::Excuse me, I don't need to do a Google search to find references for your completely wrong statement. I have already provided a source for the correct figure. Your figure is a well-known misinterpretation of the estimated diameter of the universe. By the way, you know that if you tell people that an object 39 billion light years away disproves the universe being 13.7 billion years old, you're basically admitting that the universe has to be older than a few thousand years.[[User:RachelW|RachelW]] 17:28, 30 January 2012 (EST)

::Excuse me, I don't need to do a Google search to find references for your completely wrong statement. I have already provided a source for the correct figure. Your figure is a well-known misinterpretation of the estimated diameter of the universe. By the way, you know that if you tell people that an object 39 billion light years away disproves the universe being 13.7 billion years old, you're basically admitting that the universe has to be older than a few thousand years.[[User:RachelW|RachelW]] 17:28, 30 January 2012 (EST)

:::Wouldn't that depend upon how fast the light traveled at the time of origin (creation or big bang or whatever)? Perhaps light traveled at a fast rate initially, and slowed over time? 39 billion or 13 billion would not be a constant, only best guess estimate based on observation at this moment in time, and is slowing down. It's like throwing a rock in a pond -- the initial ripples occur very fast, but over time as it spreads further out it slows down. Nothing is constant; everything is constantly changing. So whatever the distance observed today, it's only an approximation based upon limited data from the initial moment of origin.  [[User:RobSmith|Rob Smith]] 19:29, 30 January 2012 (EST)

:::Wouldn't that depend upon how fast the light traveled at the time of origin (creation or big bang or whatever)? Perhaps light traveled at a fast rate initially, and slowed over time? 39 billion or 13 billion would not be a constant, only best guess estimate based on observation at this moment in time, and is slowing down. It's like throwing a rock in a pond -- the initial ripples occur very fast, but over time as it spreads further out it slows down. Nothing is constant; everything is constantly changing. So whatever the distance observed today, it's only an approximation based upon limited data from the initial moment of origin.  [[User:RobSmith|Rob Smith]] 19:29, 30 January 2012 (EST)