- #1
PiChiNietzsch
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Couldn't gravity just be a residual effect of the strong nuclear force?
We know that the manner in which a proton's quarks share a gluon is imperfect on a quantum level - i.e., the gluon exhibits its effect beyond just a single proton - and this is why nuclear fusion can occur.
Isn't it possible that gravity is a result of the same phenomenon?
When energy exerted via the Strong Nuclear Force is over a great enough distance such that it isn't being challenged by Electromagnetism, wouldn't the observed work be an attraction between matter?
We know that the manner in which a proton's quarks share a gluon is imperfect on a quantum level - i.e., the gluon exhibits its effect beyond just a single proton - and this is why nuclear fusion can occur.
Isn't it possible that gravity is a result of the same phenomenon?
When energy exerted via the Strong Nuclear Force is over a great enough distance such that it isn't being challenged by Electromagnetism, wouldn't the observed work be an attraction between matter?