- #1
JustAnyone
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Two Questions about fundamental forces:
1. Gravity is attractive, Electromagnetics is attractive and repulsive, Strong nuclear is attractive only (?) ... Is the weak nuclear force repulsive only ? Wikipedia is _vague_ on this. Also, I'm remembering that gravity increase with the square of the distance, electromagnetics likewise, but strong and weak increase with higher exponents. Is this correct?
2. With E=Mc^2, it follows that mass is condensed photons. QUESTION: If there are binding (attractive) forces active over VERY small distances (following some inverse-Nth law), then the only 'particles' small enough to be bound together are photons. Is this an existing idea that has a popular name, is this obviously wrong for some reason, or is it a novel concept? I'm just some guy, I have no right to claim novel thought in this realm, it strikes me this has probably been thought of before.
1. Gravity is attractive, Electromagnetics is attractive and repulsive, Strong nuclear is attractive only (?) ... Is the weak nuclear force repulsive only ? Wikipedia is _vague_ on this. Also, I'm remembering that gravity increase with the square of the distance, electromagnetics likewise, but strong and weak increase with higher exponents. Is this correct?
2. With E=Mc^2, it follows that mass is condensed photons. QUESTION: If there are binding (attractive) forces active over VERY small distances (following some inverse-Nth law), then the only 'particles' small enough to be bound together are photons. Is this an existing idea that has a popular name, is this obviously wrong for some reason, or is it a novel concept? I'm just some guy, I have no right to claim novel thought in this realm, it strikes me this has probably been thought of before.