Brainee Posted May 2, 2023 Posted May 2, 2023 When an anti-electron and an anti-quark meet do they annihilate or does it have to be same particle type to annihilate for example an anti-electron and an electron?
Genady Posted May 2, 2023 Posted May 2, 2023 3 minutes ago, Brainee said: When an anti-electron and an anti-quark meet do they annihilate No. 3 minutes ago, Brainee said: does it have to be same particle type to annihilate for example an anti-electron and an electron Yes.
Brainee Posted May 2, 2023 Author Posted May 2, 2023 19 minutes ago, Brainee said: When an anti-electron and an anti-quark meet do they annihilate or does it have to be same particle type to annihilate for example an anti-electron and an electron? I meant when anti-electron and a common quark meet do they annihilate or does it have have to be same particle type to annihilate for example an anti-electron and a common electron?
Genady Posted May 2, 2023 Posted May 2, 2023 4 minutes ago, Brainee said: when anti-electron and a common quark meet do they annihilate No. 4 minutes ago, Brainee said: does it have have to be same particle type to annihilate for example an anti-electron and a common electron Yes.
joigus Posted May 3, 2023 Posted May 3, 2023 Conservation of charge, baryonic number and leptonic number insist that it be so. There are no quarks with charge +1, lepton number -1, and baryon number 0.
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