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Originally Posted by <<>> When you say the size of the gravitational forces will have a similar size to the strong nuclear force do you mean that the strength of the force will be similar, or that the size of the space it affects is similar? |
I presume that if you have enough pressure, then the cummulative force will be the same.
However, to produce the similar amount of force would require a large amount of energy particles. As these combine to create the force, their properties will change as they become a system. The cummulative effect of all these smaller charges would create this larger strong force, but only within the system. Move beyond the system and those attributes are longer present.
At the pressures required to achieve this, the size of the final system would be extremely small and dense.
This would give the effect of having a very strong force acting over a very small distance - exactly the properties of the strong force.
The only slight problem with this approach is that there are no protons or neutrons, but then we can't actually see the nucleus of an atom and those particles are rarely seen in isolation. So who knows?