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It´s not my fault that you or your clever scientists don´t consider gamma- and x-rays to belong to the electric force.
Remember: "Gravity" is just one of the fundamental forces and even the weakest link/force of them all.
Yet more evidence you are talking rubbish. Electromagnetic radiation is not a force. You spoke in post 298 of "X-ray forces" and "gamma ray forces". This is nonsensical. EM radiation is a phenomenon due to electromagnetic fields, which give rise to the EM forces. That is quite different. If you knew any science, you would be aware of the distinction.
And it is misleading to say gravity is "the weakest" of the fundamental interactions or "forces" unless you show how you are making the comparison.
For gravity, F = GmM/r². This is Newton's Law of Gravitation.
For electrostatic force, F=k(e)qQ/r² This is Coulomb's Law.
Both are inverse square laws, by which the strength of the force falls with the square of the distance (r), separating a pair of objects with mass or net electric charge respectively. However the strength of F depends on the size of q, Q and m, M, obviously.
If you take a single atom then yes the electrostatic force is far stronger than gravity. But,
for this very reason, it is extremely hard to separate very large amounts of charge, as it involves doing enormous amounts of work, i.e. requiring enormous amounts of energy. This is why we find that everyday objects do not carry a significant net electric charge. If they did, there would soon be a discharge, due to the powerful electrostatic force between the separated charges, to restore them to electrical neutrality. So q and Q in macroscopic objects (such as milk bottles, or planets), are always in practice very tiny compared with the number of charged subatomic particles present in an object.
However with gravity, the force is weak enough that massive objects can be separated without doing nearly so much work. So m and M can consist of objects containing billions upon billions of atoms. This allows the matter in the universe to be spread out, not all clumped together. (This is why you are strong enough to pick up a milk bottle for example.)
So the paradox is that it is the weakness of gravity, on a per atom basis, that leaves it alone, out of all the interactions of nature, that can exert an influence on huge, separated objects, at ranges of billions of kilometres.
If you knew some science, you would understand this.