Mysteries of White Dwarf Formation: Massive Diamonds Inside?

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Massive diamonds can form in the cores of white dwarfs due to high pressure and carbon accumulation after repeated fusion processes. The time it takes for a white dwarf to produce these diamonds varies based on the star's mass and environment, with sun-like stars taking approximately 1.5 to 2 billion years. Additionally, diamonds may also exist beneath the Earth's surface, specifically in the mantle or outer core, where sufficient pressure and carbon are present. The discussion highlights the fascinating processes involved in stellar evolution and diamond formation. Understanding these phenomena sheds light on both cosmic and terrestrial geology.
Kitten Kaboodle
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I read in the book of world records that there are massive diamonds inside of some white dwarves. If this is compleatly true then how long after it's formation could a white dwarf start producing this massive diamond in it's core?
 
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Kitten Kaboodle said:
I read in the book of world records that there are massive diamonds inside of some white dwarves. If this is compleatly true then how long after it's formation could a white dwarf start producing this massive diamond in it's core?

What u have read might be amazing to u but it is absolutely true, core after repeated fusions is converted to carbon and that carbon under such a high pressure can only be in form of diamond.
Time may differ in different stars due to varied mass and surroundings.
But for a sun like star it will take about 1.5 to 2.
 
way cool, thank you very much!
 
I don't think you have to go THAT far to find giant diamonds. Correct me if I'm wrong, but I think we could find giant diamonds under our feet... as in the Earth's mantel or outer core. There is enough pressure for diamonds to form there.
 
But the second thing we need is carbon.
 
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