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Nihar Karve
Nihar Karve
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Specially, for a p + n yields delta- + delta++ + a neutral pion$p^+ + n \rightarrow \Delta^- + \Delta^{++} + \pi^0$.

I see that charge is conserved. All other conservation rules seem to check out. But, when drawing the Feynman diagram there seem to be totwo quarks that come from nowhere. Is there a virtual particle that could decay into a neutral pion?

Specially, for a p + n yields delta- + delta++ + a neutral pion.

I see that charge is conserved. All other conservation rules seem to check out. But, when drawing the Feynman diagram there seem to be to quarks that come from nowhere. Is there a virtual particle that could decay into a neutral pion?

Specially, for $p^+ + n \rightarrow \Delta^- + \Delta^{++} + \pi^0$.

I see that charge is conserved. All other conservation rules seem to check out. But, when drawing the Feynman diagram there seem to be two quarks that come from nowhere. Is there a virtual particle that could decay into a neutral pion?

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Qmechanic ♦
Qmechanic ♦
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Spacenut
Spacenut
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Do quarks need to be conserved in particle interactions?

Specially, for a p + n yields delta- + delta++ + a neutral pion.

I see that charge is conserved. All other conservation rules seem to check out. But, when drawing the Feynman diagram there seem to be to quarks that come from nowhere. Is there a virtual particle that could decay into a neutral pion?