5 ms·
Gravity might have a lot to do with the electro-magnetism force. I've written "electro" separately on purpose because gravity and electromagnetic force might fu
by aurora72 10y ago
Gravity might have a lot to do with the electro-magnetism force. I've written "electro" separately on purpose because gravity and electromagnetic force might fundamentally be the same forces caused by the same electrons. Remember both magnetic and gravity forces act vertically. The gravity might be just an EM force on the pull mode.
- M_Grey 10y agoNot even remotely the case, although I'd be fascinated to see where you got this notion from.
- SomeStupidPoint 10y agoI mean, one could argue that perhaps EM is really a special kind of gravitational ripple (eg, geons might work out in quantum gravity to model electrons and photons, and then the question arises that if all EM is gravity induced and modeled, is EM not part of gravity?), but I don't know that I've heard it the other way. It's also certainly not the mainstream view, as classical geons are extremely unstable.
- M_Grey 10y agoI'm not sure how EM and Gravity could be unified as a single force, especially since the best theory of gravity that's out there describes gravity as curvature in spacetime, not a force.
- wallace_f 10y agoIf this is true, the literature I've read--as a layman myself reading from sources written for the layman on the subject--is wildly misleading. i.e. from the Wikipedia article: https://en.wikipedia.org/wiki/Fundamental_interaction https://en.wikipedia.org/wiki/Fundamental_interaction >Other theorists seek to quantize the gravitational field by the modelling behaviour of its hypothetical force carrier, the graviton and achieve quantum gravity (QG).