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Originally posted by madnessinmysoul
reply to post by Neo Christian Mystic
now here's your problem
genesis 1 and genesis 2 or two separate stories
the order of events is entirely different
so your starting point is flawed. man is created on the sixth day...
but in genesis 2 there isn't any mention of "days"
Originally posted by madnessinmysoul
reply to post by Neo Christian Mystic
13.7 billion
it's not anywhere near 17 billion...
That suggests the universe is 15% larger, and 15% older than previously thought. Recent estimates have put the age of the universe at 13.7 billion years, and the new research suggests it may actually be 15.8 billion years old.
The highly metal-poor clusters, such as M15 and M92, are up to 17 billion years old, while the slightly more metal-rich clusters range in age between 11 and 12 billion years. (For measure, globular cluster stars are classified as population II stars, while the younger stars that populate the galactic disc known as population I stars). Assuming that the oldest of the globular clusters are some 17 billion years old, we conclude that the Universe is about 18 billion years old if we include another 1 billion years needed for the formation of our Galaxy.
Originally posted by madnessinmysoul
..how are you getting 6000 from the story of adam?
no timeframes are mentioned in the adam myth.
Originally posted by TheWalkingFox
reply to post by Neo Christian Mystic
By the bible, history starts with the creation of mankind in Genesis 1.
Hebrew / Biblical history starts with Adam, the next page over.
NASA's Wilkinson Microwave Anisotropy Probe (WMAP) has taken the best measurement of the age of the Universe to date. According to highly precise observations of microwave radiation observed all over the cosmos, WMAP scientists now have the best estimate yet on the age of the Universe: 13.73 billion years, plus or minus 120 million years (that's an error margin of only 0.87%… not bad really…).
Astronomers can place a lower limit to the age of the universe by studying globular clusters. Globular clusters are a dense collection of roughly a million stars. Stellar densities near the center of the globular cluster are enormous. If we lived near the center of one, there would be several hundred thousand stars closer to us than Proxima Centauri, the star nearest to the Sun.
[...]
The oldest globular clusters contain only stars less massive than 0.7 solar masses. These low mass stars are much dimmer than the Sun. This observation suggests that the oldest globular clusters are between 11 and 18 billion years old. The uncertainty in this estimate is due to the difficulty in determining the exact distance to a globular cluster (hence, an uncertainty in the brightness (and mass) of the stars in the cluster). Another source of uncertainty in this estimate lies in our ignorance of some of the finer details of stellar evolution. Presumably, the universe itself is at least as old as the oldest globular clusters that reside in it.
[...]
Page Updated: Wednesday, 03-05-2008.