- #1
Corkery
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So, I was recently think about something. Don't ask me how I thought of this, but positrons and anti-protons were on my mind all day and I thought of something. I thought about inertia. I thought about it and the more and more I did I figured that there must be something within matter that makes inertia occur (this is kinda a theory I have so bare with me). So I was thinking that maybe it is the positrons and anti-protons within matter that make inertia occur.
So maybe if we ran electro-static waves through, let's say a Hydrogen atom to change the frequency, which also changes the radius and oscillations of the protons and anti-protons, and electrons and positrons. If you could somehow alter the radius of the positron and anti-proton so that they have the same radius, and make them collide and destroy themselves would the hydrogen atom still exist or would this somehow do something to the atom to which we don't know what would happen, or do we have no clue whatsoever. What would happen to an atom if there were no anti-whatever particles?
So maybe if we ran electro-static waves through, let's say a Hydrogen atom to change the frequency, which also changes the radius and oscillations of the protons and anti-protons, and electrons and positrons. If you could somehow alter the radius of the positron and anti-proton so that they have the same radius, and make them collide and destroy themselves would the hydrogen atom still exist or would this somehow do something to the atom to which we don't know what would happen, or do we have no clue whatsoever. What would happen to an atom if there were no anti-whatever particles?