Posted: Apr 20, 2018 5:26 am
Are the electrons and positrons referred to in your theory the same objects that we might be familiar with as being called electrons and positrons?
If so, why are you asking for an experiment involving measurements of weight in vacuum, rather than some of the many other experiments that would also be able to falsify your theory - e.g. what happens when electrons and positrons interact - in conventional theory they mutually annihilate and release photons, in your theory they appear to bond to form stable nuclei.
Or another another simple experimental test: You've hypothesised that the Earth has an enormous net positive charge, which we experience as gravity. You could ask whether there's experimental evidence of free electrons reacting to the huge electromagnetic field of the Earth, couldn't you?
If so, why are you asking for an experiment involving measurements of weight in vacuum, rather than some of the many other experiments that would also be able to falsify your theory - e.g. what happens when electrons and positrons interact - in conventional theory they mutually annihilate and release photons, in your theory they appear to bond to form stable nuclei.
Or another another simple experimental test: You've hypothesised that the Earth has an enormous net positive charge, which we experience as gravity. You could ask whether there's experimental evidence of free electrons reacting to the huge electromagnetic field of the Earth, couldn't you?