- #1
kurious
- 641
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Individual quarks change colour as time passes.
Since colour is physically tied to electric charge - colour and electric charge travel through space together - why doesn't a change in colour change the electric charge of the quark somehow? And when a muon loses mass and becomes an electron, shouldn't
there also be some property associated with the charge that changes?
Since colour is physically tied to electric charge - colour and electric charge travel through space together - why doesn't a change in colour change the electric charge of the quark somehow? And when a muon loses mass and becomes an electron, shouldn't
there also be some property associated with the charge that changes?
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