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Vincent Thacker
Vincent Thacker
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Simply put,if if you are thinking of “being"being in the proton”proton" as simply having a ghostly appearance in the form of loop diagrams with processes like γ —> e^± $\gamma\to e^\pm$,sure sure nothing prevents such a thing.But But you'll never really get real asymptotic states of electrons unless it's a βbeta plus decaydecay where protons can convert into neutrons (well technically they emit positrons but you get the gist).

Simply put,if you are thinking of “being in the proton” as simply having a ghostly appearance in the form of loop diagrams with processes like γ —> e^± ,sure nothing prevents such a thing.But you'll never really get real asymptotic states of electrons unless it's a β plus decay where protons can convert into neutrons (well technically they emit positrons but you get the gist).

Simply put, if you are thinking of "being in the proton" as simply having a ghostly appearance in the form of loop diagrams with processes like $\gamma\to e^\pm$, sure nothing prevents such a thing. But you'll never really get real asymptotic states of electrons unless it's a beta plus decay where protons can convert into neutrons (well technically they emit positrons but you get the gist).

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Mike
Mike
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Simply put,if you are thinking of “being in the proton” as simply having a ghostly appearance in the form of loop diagrams with processes like γ —> e^± ,sure nothing prevents such a thing.But you'll never really get real asymptotic states of electrons unless it's a β plus decay where protons can convert into neutrons (well technically they emit positrons but you get the gist).

Simply put,if you are thinking of “being in the proton” as simply having a ghostly appearance in the form of loop diagrams with processes like γ —> e^± ,sure nothing prevents such a thing.But you'll never really get real asymptotic states of electrons unless it's a β plus decay where protons can convert into neutrons

Simply put,if you are thinking of “being in the proton” as simply having a ghostly appearance in the form of loop diagrams with processes like γ —> e^± ,sure nothing prevents such a thing.But you'll never really get real asymptotic states of electrons unless it's a β plus decay where protons can convert into neutrons (well technically they emit positrons but you get the gist).

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Mike
Mike
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Simply put,if you are thinking of “being in the proton” as simply having a ghostly appearance in the form of loop diagrams with processes like γ —> e^± ,sure nothing prevents such a thing.But you'll never really get real asymptotic states of electrons unless it's a β^+ decayβ plus decay where protons use the binding energy of the nucleus to shapeshiftcan convert into neutrons.

Simply put,if you are thinking of “being in the proton” as simply having a ghostly appearance in the form of loop diagrams with processes like γ —> e^± ,sure nothing prevents such a thing.But you'll never really get real asymptotic states of electrons unless it's a β^+ decay where protons use the binding energy of the nucleus to shapeshift into neutrons.

Simply put,if you are thinking of “being in the proton” as simply having a ghostly appearance in the form of loop diagrams with processes like γ —> e^± ,sure nothing prevents such a thing.But you'll never really get real asymptotic states of electrons unless it's a β plus decay where protons can convert into neutrons

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Mike
Mike
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