Relation between electroweak force and gravity? [closed]

I'm really stuck on the following idea. For gravity to in any way be 'unified' with the electroweak interaction wouldn't it need to include a model whereby the electron somehow tunnels to within the first electron shell of atoms from a mass approaching another mass and transmit a $W+$ or $W-$ particle (don't know which) between the electron and the nucleus? I'm thinking that if this isn't the case then it's best to just can the whole 'quantum gravity' stuff altogether and just stick with spacetime, which is like a 'fabric' and just say that there's no such thing as a 'graviton' at all. I'm sick of all this stuff.

closed as unclear what you're asking by AccidentalFourierTransform, StephenG, Jon Custer, Kyle Kanos, WillOJul 18 '18 at 4:32

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• Take a break. come back if you want to. – JMLCarter Jul 15 '18 at 22:24
• Sounds god. Please go ahead and can the whole quantum gravity stuff altogether. – safesphere Jul 16 '18 at 1:06
• I don't see why you're making this leap from "tunneling electrons" and the electroweak field to gravity - there's no connection. But in any case general relativity (a non-quantum theory) works perfectly well for the purpose it's intended and quantum field theories do a perfectly good job of explaining the standard model of particle physics without general relativity. A quantum gravity theory is really the exploration of the extreme edge of theory and beyond our current experimental capabilities. – StephenG Jul 16 '18 at 3:52
• @StephenG 'there's no connection' - ok, then we clearly need to stop QG research altogether. For what purpose was GR intended? To explain gravity's effects within the solar system. "A quantum gravity theory is really the exploration of the extreme edge of theory and beyond our current experimental capabilities." If that's the case, they're not even doing science. – Sam Cottle Jul 16 '18 at 14:58