That's not a problem. For example a handful of the sun would weigh about 1 1/2 times it's own weight on earth.
i mean that it would be the same as an object of equal density. an earth orbiting earth, which would affect the oceans as well as other things if we had an earth orbiting earth.
Why?
a planet spins around the sun, and can very close to the sun, and then slingshot very quickly away, like a bubble in water around a drain. but when the planet becomes to close, that it cant escape the field, it "goes down the drain" so to speak.
the strong force is balanced. i wonder if you can verify that fission is a weakening of this force..
anyways, its logical to me, that if the force becomes to great for an atoms nucleus, (or maybe the electrons and neutrons that are around it) that it would fuse.
but thats the "theory" oh yeah you quoted "loose"
i meant lose.
Gravity is related to mass. An object that's ten times as big as another object with the same mass, has the same gravitational attraction.
exactly, but doesn't equal mass mean the same amount of atoms?
proximity is definitely important as far as atoms being too far away, so what would be "too close"? is a good question anyway, but i don't have that answer.
then proximity of atoms also has bearing on the shared strong force. as my theory is anyway.
Edited by tesla, : added more thoughts on proximity
keep your mind from this way of enquiry, for never will you show that not-being is
~parmenides