Why Doesn't Nucleus Become Unstable Due to Repulsion?

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SUMMARY

The stability of atomic nuclei is primarily due to the nuclear force, also known as the residual strong force, which effectively counteracts the electromagnetic repulsion between protons. This force arises from the interactions that bind quarks into protons, creating a strong attractive force that holds protons together within a small volume. The discussion emphasizes that without this nuclear force, the repulsive forces among protons would lead to nuclear instability.

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the nucleus has protons arranged in a small volume then why doesn't the nucleus become unstable due to repulsion?
 
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yahsiv said:
the nucleus has protons arranged in a small volume then why doesn't the nucleus become unstable due to repulsion?

They are bound by the nuclear force, or the residual strong force, which is currently understood to be something of a side affect of the forces that bind quarks into protons in the first place.

In other words, the force that binds protons into protons has residual affects on the "next step" of complexity in particles.
 

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