If you placed an electron and a proton near each other:
* an electric field would be generated
* the particles would attract each other
* they pair would meet up forming a hydrogen atom
* photons would be released
* the electric field would vanish
* the gravitational field from the particles would still exist
If you placed an electron and positron near each other:
* an electric field would be generated
* the particles would attract each other
* they pair would meet up annihilating each other
* photons would be released
* the electric field would vanish
* the gravitational field from the particles vanish
My latest whackey theory is:
What if the electron-positron pair don't annihilate?
What if they're still there, electrically neutral, non-baryonic, lacking valence quarks to build into larger things.
* an electric field would be generated
* the particles would attract each other
* they pair would meet up forming a hydrogen atom
* photons would be released
* the electric field would vanish
* the gravitational field from the particles would still exist
If you placed an electron and positron near each other:
* an electric field would be generated
* the particles would attract each other
* they pair would meet up annihilating each other
* photons would be released
* the electric field would vanish
* the gravitational field from the particles vanish
My latest whackey theory is:
What if the electron-positron pair don't annihilate?
What if they're still there, electrically neutral, non-baryonic, lacking valence quarks to build into larger things.
via International Skeptics Forum https://ift.tt/3v4TRoQ
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