Electrical and magnetic effects are cancelled by their opposites, but gravity has no opposite so what can stop it? If gravitons caused gravity, anti-gravitons could block them but it never happens, just as anti-gluons could destroy the gluons that hold the nucleus together, but they don’t, even though anti-gluons are said to exist. Why then is gravity unstoppable?
In this model, the quantum network passes on processing before physical events occur so they can’t affect it. The quantum field gradient around matter then spreads in a way that no anti-gravity shield can block. It also spreads at the speed of light, so the sun’s gravity takes about eight minutes to reach earth just as its light does, so if the sun suddenly vanished, the earth would carry on orbiting around it for another eight minutes!
Yet matter stops light, which is quantum waves, so why can’t it stop gravity? A photon that hits a screen restarts with a new direction, but when earth’s gravity reaches an object, it moves not the earth. When matter restarts, the processing stays the same, so it just carries on spreading to maintain the gravity gradient.
Note also that gravity makes anti-matter objects fall down not up. For example, a hydrogen atom tends to fall to earth under its gravity, and CERN has found that an anti-hydrogen atoms do the same. The earth’s gravity increases the processing closer to it, so an anti-hydrogen atom still restarts more often where the field around it is stronger. It would take an anti-matter planet the size of the earth to cancel its gravity, but that doesn’t happen in our universe.
To recap, an object accelerates as it falls to earth because the gravity gradient increases as it moves closer to earth, so it moves faster. Einstein explained this as the earth curving the space-time fabric around it (Figure 5.9) but in this model, these changes correlate with gravity but don’t cause it. Instead, the quantum field that causes gravity also changes space and time, as is now explained.
