Difference between revisions of "Strong interaction"
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== Explanation == | == Explanation == | ||
Strong interaction is one of the four [[fundamental forces|fundamental forces of nature]]. The strong interaction is what holds the [[quark|quarks]] together to make up a [[hadron]]. Inside the [[atomic nucleus]], the residual effect of the strong interaction holds the [[neutron|neutrons]] and [[proton|protons]] together. This is usually referred to as the [[strong nuclear force]]. The strong interaction that holds the quarks together is usually referred to as the [[color force]]. | Strong interaction is one of the four [[fundamental forces|fundamental forces of nature]]. The strong interaction is what holds the [[quark|quarks]] together to make up a [[hadron]]. Inside the [[atomic nucleus]], the residual effect of the strong interaction holds the [[neutron|neutrons]] and [[proton|protons]] together. This is usually referred to as the [[strong nuclear force]]. The strong interaction that holds the quarks together is usually referred to as the [[color force]]. | ||
Revision as of 19:57, 20 October 2016
Explanation
Strong interaction is one of the four fundamental forces of nature. The strong interaction is what holds the quarks together to make up a hadron. Inside the atomic nucleus, the residual effect of the strong interaction holds the neutrons and protons together. This is usually referred to as the strong nuclear force. The strong interaction that holds the quarks together is usually referred to as the color force.