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At around the time of Darwin, and prior to some crucial theories of modern physics, a chap named Kelven (one of the most brilliant physicists of the time, and perhaps all time) estimated the age of the Sun using the best physics of the time. He concluded (correctly, based on his premises) that it could only be around 30 million years old.
At the same time, theory of evolution required far, far longer - and Kelvin actually dismissed Darwin's theories at the time ("What then are we to think of such geological estimates as [Darwin's] 300,000,000 years for the "denudation of the Weald''?").
However, guess who turned out right? When modern physics eventually came into play, we found out Kelvin's premises were wrong, and better estimates placed the age of the Sun into the billions of years old. In other words, the theory of evolution predicted that current physics was lacking crucial elements in its understanding of stars, and it was demonstrated correct in that prediction many years later.
At around the time of Darwin, and prior to some crucial theories of modern physics, a chap named Kelven (one of the most brilliant physicists of the time, and perhaps all time) estimated the age of the Sun using the best physics of the time. He concluded (correctly, based on his premises) that it could only be around 30 million years old.
At the same time, theory of evolution required far, far longer - and Kelvin actually dismissed Darwin's theories at the time ("What then are we to think of such geological estimates as [Darwin's] 300,000,000 years for the "denudation of the Weald''?").
However, guess who turned out right? When modern physics eventually came into play, we found out Kelvin's premises were wrong, and better estimates placed the age of the Sun into the billions of years old. In other words, the theory of evolution predicted that current physics was lacking crucial elements in its understanding of stars, and it was demonstrated correct in that prediction many years later.
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