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*Q: How about neutron decay?  How can the closeness of approach be theorized for a single particle?
 
*Q: How about neutron decay?  How can the closeness of approach be theorized for a single particle?
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*A: In such cases it is necessary to consider the more esoteric theory involving quarks, that this article is ignoring for the most part.  In the diagram above, two quarks collided within the neutron, initiating the decay.  One can think of larger particles like neutron as having quarks rattling around inside, ready to collide.
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*A: In such cases it is necessary to consider the more esoteric theory involving quarks, that this article is ignoring for the most part.  In the diagram above, two quarks collided within the neutron, initiating the decay.  One can think of larger particles like neutrons as having quarks rattling around inside, ready to collide.
    
==Half-life==
 
==Half-life==
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