lifeonmercury
- 137
- 26
Eventually the Sun will go through its phases and cool down. Is it possible to calculate how long it will take for the surface to cool to 75 degrees Fahrenheit?
The discussion centers on the timeline for the Sun's surface temperature to cool to 75 degrees Fahrenheit, exploring the phases of stellar evolution, particularly the transition from a white dwarf to a black dwarf. The scope includes theoretical considerations and speculative timelines related to stellar cooling processes.
Participants generally agree that the cooling process from a white dwarf to a black dwarf takes an extremely long time, potentially longer than the age of the universe. However, there is uncertainty regarding specific timelines and the exact nature of the cooling process.
Limitations include the dependence on theoretical models of stellar evolution and the lack of observational evidence for black dwarfs, as none have been detected due to the universe's relatively young age.
Yes, that's the way I also understand it. A White Dwarf would need more than the lifetime of the universe to finally reach a black dwarf or cinder stage, and that is evident in the fact that as yet we have never seen one nor have any evidence of them as yet.rootone said:I can't remember a figure for this, but yes a white dwarf cooling to a black dwarf would take a very long time.
The cooler it gets the less it radiates until it's taking millions, even billions of years to cool by 1 more degree.
I can recall somebody who did math on this coming up with the conclusion that so far, no black dwarf can exist.
The universe isn't old enough yet.