Core temperatures?

Tom: is the hyperbolic temperature increase consistent throughout all the media {occurs at the atmosphere, crust, mantle, core} or is it a different curve at different areas? If so is the hyperbolic curve at the core or the surface? forgive me if i misunderstand your conclusions'/ the mathematical details are a bit complicated for me.

Avi

You need to re-read the second-last Appendix to this article again. Results are explained in plain English for a high-school kid to understand.

When a solid planetary or stellar core reactor is undercooled for a sufficiently long time, the temperature at its CENTER can become extremely high.

Before an infinite temperature is reached at a center of a planetary or stellar core however, the core may disintegrate in an explosion.

It is well known that stars explode. So can planets.

Tom

I think Ive just realized what had kept me from understanding the process -- sadly, I have only recently become aware that most of the heat on the earths' surface comes from the core, not the sun!

Avi

Not true. Most of heat comes from the Sun. Have you ever experienced SEASONS (summer, winter etc..) ? Use your Intellect.

At POLAR regions, where the contribution from the Sun is minimal (due to the orientation of Earth's axis) the amount of heat generated in the planetary interior becomes comparable to the amount of heat received from the Sun.

This is why planetary changes in Polar regions will occur first when the Core begins to overheat. So far, dozens of volcanoes awake UNDER the Antarctic ice. It is official, acknowledged on TV news in Australia.

Tom