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

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The reaction \(\pi^+ + D \rightarrow p + p\) is mediated by the strong force, as it involves quarks and does not include leptons. The deuteron, composed of a proton and a neutron, interacts with the positive pion, leading to the formation of two protons. The annihilation of the down quark in the neutron with the anti-down quark from the pion results in the creation of an additional proton. Including color factors is essential for a complete understanding of the interaction. The pion exchange mechanism is crucial for grasping these concepts, as detailed in a recommended educational paper.

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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