"...So the ratio of the size of the hydrogen atom to its nucleus is about 100,000:1. If an atom were the size of a stadium, the nucleus would be the size of a marble. Nearly all the mass of an atom is in its nucleus, yet almost all the space in an atom is filled by its electrons.
Atoms of different elements do vary in size, but the sizes do not scale linearly with the mass of the atom. Their sizes are roughly the same to within a factor of 2. The reason for this is that heavy elements have large positive charge on their nuclei, which strongly attract the electrons to the center of the atom. This contracts the size of the electron shells, so that more electrons fit in the only a slightly greater volume..." [wikipedia]
Let's see it again in a close-up: "The reason for this is that heavy elements have large positive charge on their nuclei, which strongly attract the electrons to the center of the atom."
How could we be so sure that's the underline cause for that?
According to human logic and common sense if you assumed the structure of all atoms to be an ordered one, based on the "Pauli Exclusion Principle" and the alleged "accumulation" of "sub-atomic particles" with a FIXED CHARGE OF THEIR OWN >>> How come heavier atoms behaved differently?
If we stick to the way physicists [as we speak] conceive the atomic model wouldn't be a violation to everything we have said before?
I guess that we could EXTEND this "picture" into the BIG SCALE too! Are solar systems with heavier stars in their planetarium center also "suffering" the same exceptional observation just as the case seen in our atoms back here on Earth?
In other words... the bigger the sun the closer its planetarium orbits? >>> It couldn't be simpler than this (!) <<< Who cares to answer this question?
I have to disagree with those SIMPLISTIC and TAKEN-FOR-GRANTED sort of "quick fix" explanations... Sorry! To convince me about your story you have to do better than that...
Gravity is assumed to behave the same way as electromagnetism when it comes the the strength of the filed versus an increase of the distance from it. I'll be here waiting for any with some plausible answers to these simple questions... I don't plan to go anywhere.
So! Give me your best shot!
HUMANBYDEFAULT


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Steve . W
