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This is the strong interaction which sometimes called strong 'force'. It is one of four forces which 100 times stronger than electromagnetism, a million times stronger than the weak force interaction and $10^{38}$ times at a distance of femtometer. This strong force actually explains how nucleus of atom stick together despite charge of protons. ...


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Perhaps the resources you have seen are confusing "force" with "energy", which is a common misunderstanding that frequently leads to mistakes in terminology. Energy must be applied to overcome the color force and increase the distance between quarks. The formation of a new quark/anti-quark pair when the gluon field becomes too stretched may provide an ...



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