Basic theory is to decouple higgs field from matter, which alters their mass. The decoupling is due to higgs field getting ‘knocked out’ by crazy electromagnetic field. The new theory is in decoupling mechanism; the fundamental part is that gravtion is actually a spin-2 boson composite of two photons. EM force carrier is photon, but in fact gravition and photon are basically brothers, and gravity is due to ‘shearing’ of higgs field around a particle, and this shearing causes gravity. And a charged particle is actually interacting with one broken part of graviton (aka photon) and that’s where the connection is.
So what is the decoupling mechanism?
Higgs decoupling happens two ways. One that’s open to public (ie what the science community knows) is that when particle goes high energy. When massive charged particle is at high energy, higgs field just decouples and the particle become massless. We (the community) don’t know why, but the answer is due to em field going crazy around the particle that at some point it snaps out of higgs field. Why does it snap out? Because there’s delay between particle’s actual position and the higg’s field around it, due to uncertainty.
The other way is when you artificially polarize and rotate the electric field around the particle VERY FAST.
Reproducible experiment:
Prepare highly charged object and equally and oppositely charged object on the other end, and rotate them very fast. Then the object in the center starts to decouple from higgs field and loses its mass -> mass reduction is achieved.
Propulsion is achieved when you direct the mass-reduced object relative to the rotating charges.
submitted by /u/Zhinnosuke
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