Which force mediates a reaction in which a pion and a deuteron form two protons?

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SUMMARY

The reaction \(\pi^+ + D \rightarrow p + p\) is mediated by the strong force, as confirmed by the discussion participants. The interaction involves a positive pion (\(\pi^+\)) interacting with a deuteron (composed of a proton and a neutron), resulting in the formation of two protons. Color factors must be included in the analysis, as they are essential for understanding the strong interaction dynamics. The annihilation of the down quark and anti-down quark in the neutron leads to the creation of an additional proton from the quark composition of the pion.

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  • Basic principles of pion exchange mechanisms
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Which fundamental interaction is responsible?

  • Strong

    Votes: 2 66.7%
  • Weak

    Votes: 1 33.3%
  • Electromagnetic

    Votes: 0 0.0%

  • Total voters
    3
  • Poll closed .
alby
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Which fundamental force mediates the reaction \pi^+ + D \rightarrow p + p?

My initial assumption was the strong force because states only feature quarks (i.e. there are no leptons) but looking at it again I'm not 100% sure.

Do I need to include colour factors? Could it be a neutral current Z without lepton pair production? Or electromagnetic, photon absorbed by proton?
 
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am sure that the strong interaction mediates the reaction in which a pion and a deuteron form two protons.and yes u should include a color factor.the deuteron is made of a proton and neutron.the positive pion interacts with the neutron and leads to the formation of a proton .is a simple way a positve pion is made of up and anti down,and the neutron is made of ddu.so the down and anti down annihilate which leaves uud which is a proton.
u can also read this paper made specifically for pre-university level to understand the pion exchange mechanism which include color charge and gluones.http://teachers.web.cern.ch/teachers/archiv/HST2002/feynman/Pion%20exchange.pdf"
 
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