Ancient Star Found, Estimated at 13.2 Billion Years Old
raguirre writes "An article on Physorg.org reports that a newly found star may be as old as the universe itself. Recent studies have concluded that the Big Bang occurred somewhere in the neighborhood of 13.7 Billion years ago. The star, a heavy-elements laden fossil labeled HE 1523-0901 on charts was probably born right around the same time; approximately 13.2 Billion years ago. 'Today, astronomer Anna Frebel of the the University of Texas at Austin McDonald Observatory and her colleagues have deduced the star's age based on the amounts of radioactive elements it contains compared to certain other "anchor" elements, specifically europium, osmium and iridium.'"
The star, a heavy-elements laden fossil labeled HE 1523-0901 on charts was probably born right around the same time; approximately 13.2 Billion years ago.
I thought early stars had very few heavy elements because there had yet to be multiple generations of stars to produce such. Thus, where did the heavy elements come from?
Table-ized A.I.
Doubtful. All objects in the universe are moving away from each other. We know this because when we look up into the sky, everything is red shifted... which would seem to indicate that Earth is the center of the universe, but it is not.
How is that possible? You can run a universal expansion experiment at home with a black magic marker and a balloon. First, blow up the balloon and draw a group of dots on it so that you can observe all the dots at once (don't draw dots on opposite sides of the balloon). Deflate the balloon. Now, choose a dot on the balloon, and watch it while you inflate the balloon. You will notice the dot remains stationary while all of the other dots move away from it. Deflate the balloon, choose another dot, and repeat the observation. You will see that this completely different spot also appears to remain stationary while all other dots move away from it. This is similar to what is happening with the expansion of the universe... and I would hazard a guess that such a mechanic makes pinpointing the origin nigh impossible.