Editing Strong interaction
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== Explanation == | == Explanation == | ||
The strong interaction or color force is one of the four [[fundamental forces|fundamental forces of nature]], which is responsible for the [[nuclear force]]. The strong interaction is what holds the [[quark]]s together to make up a [[hadron]] like [[proton]]s and [[neutron]]s, with the force mediated by the exchange of [[gluons]]. The strong interaction is very strong at short ranges. The strong interaction happening inside hadrons, therefore, has a residual force inside the [[atomic nucleus]], that is strong enough to hold these [[nucleons]] together. This residual force is usually referred to as the [[nuclear force]]. The strong interaction that holds the quarks together is also known as the [[color force]]. | The strong interaction or color force is one of the four [[fundamental forces|fundamental forces of nature]], which is responsible for the [[nuclear force]]. The strong interaction is what holds the [[quark]]s together to make up a [[hadron]] like [[proton]]s and [[neutron]]s, with the force mediated by the exchange of [[gluons]]. The strong interaction is very strong at short ranges. The strong interaction happening inside hadrons, therefore, has a residual force inside the [[atomic nucleus]], that is strong enough to hold these [[nucleons]] together. This residual force is usually referred to as the [[nuclear force]]. The strong interaction that holds the quarks together is also known as the [[color force]]. | ||