Why Do Pions Decay? Weak Force & Strong Force Explained

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Pions decay primarily due to the weak force, which is responsible for processes that change one type of particle into another, despite the strong force's role in holding particles together. Pions can indeed be produced by colliding protons with anti-neutrons or vice versa, as high-energy collisions can create pion pairs. In particle physics experiments, pions are often considered a common byproduct, akin to "small change." The discussion highlights the interplay between the weak and strong forces in particle decay and creation. Understanding these dynamics is essential for grasping fundamental particle interactions.
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I heard that (charged) Pions decay due to the weak force, but what does that have anything to do with it? Also, wouldn't the strong force hold them together?

I actually came up with the idea of the Pion on my own before discovering that it had already been discovered.

Also, could they be created by smashing a proton with an anti-neutron or an anti-neutron with a proton?

Thanks.
 
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Have you looked at anything else? Such as this article: http://en.wikipedia.org/wiki/Pion
It and several of the links explain at least a couple of your questions.
 
jshoe96 said:
Also, could they be created by smashing a proton with an anti-neutron or an anti-neutron with a proton?

If you smash any two particles together with enough energy (enough to create π+π- pairs), you'll get pions. In high-energy particle physics experiments, pions are often a nuisance. They're the "small change" of particle physics.
 
jtbell said:
In high-energy particle physics experiments, pions are often a nuisance. They're the "small change" of particle physics.

Hey...you hurt my feelings. :cry:
 

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