goneinsane6

goneinsane6 t1_j31x1t7 wrote

I wonder if this kind of star would be able to have planets, or that the same force that swung them out of their galaxy also kicked out their planets. Imagine a habitable planet orbiting one of these stars, forever out of reach of other stars. Perhaps it could be peaceful and stable, no annoying supernovae nearby to destroy you

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goneinsane6 t1_iur3kpt wrote

It is likely such behavior was already present even before society. Humans naturally help, we even help other animals when it is not to our benefit. Other smart animals also help each other and sometimes even help other animals.

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goneinsane6 t1_iu26wio wrote

The primary contributors to heat in the core are the decay of radioactive elements, leftover heat from planetary formation, and heat released as the liquid outer core solidifies near its boundary with the inner core. This heat radiates/transfers to the mantle. Due to Mars' smaller size and the square-cube law, it has a higher surface area relative to its core and mantle (compared to a larger planet). This causes more heat to radiate out compared to the Earth and is the main reason why Mars' core is now mostly cooled. Mars simply cooled faster because it is smaller.

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