granpa Posted January 13, 2016 Report Posted January 13, 2016 A current of electric charges creates a magnetic field not a gravitational field.But a current of Gravito-magnetic monopoles would create a gravitaional field. Maybe particles with Weak hypercharge are Gravito-magnetic monopolesNeutrinos possess Weak hypercharge.So maybe a current of neutrinos would create a gravitational field https://en.wikipedia.org/wiki/Gravitoelectromagnetism https://en.wikipedia.org/wiki/Weak_hypercharge Quote
granpa Posted January 30, 2016 Author Report Posted January 30, 2016 A hydrogen atom has zero net weak-hypercharge.A neutron is said to consist of a proton, electron and an electron-antineutrino and is said therefore to have nonzero net weak-hypercharge.If thats true true then the earth as a whole would have a tremendous amount of weak hypercharge. That seems unlikely since like probably repels like. (If like attracted like we would probably have noticed by now) If on the other hand a neutron can consist of a proton, electron and either an electron-neutrino or an electron-antineutrino then the earth as a whole would have zero net weak-hypercharge. This would also explain the Solar neutrino problem. I suspect that particles with weak-hypercharge are Gravito-magnetic monopoles. Quote
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