Direct $qqq$ Force In High Momentum Limit of QCD For Proton Physics

Details Direct $qqq$ Force In High Momentum Limit of QCD For Proton Physics Direct $qqq$ Force In High Momentum Limit of QCD For Proton Physics

2009-10-30

arxiv.org/abs/0910.5781v1

Physics

High Energy Physics

High Energy Physics - Phenomenology

6 pages, Presented at 4th International Symposium on Symmetries in Subatomic Physics at NTU, Taipei, 2009

Scientific paper

An explicit construction of the proton wave function is outlined in the high momentum limit of QCD dominated by a direct $qqq$ force, one generated by hooking the ends of a $ggg$ vertex to 3 distinct ${\bar q}gq$ vertices, thus making up a $Y$-shaped diagram (see fig.1). The high degree of $S_3$ symmetry thus involved ensures that the $qqq$ wave function is a mixture of $56, 0^+$ and $20,1^+$ components, rather than the traditional $56, 0^+$ and $70, 0^+$ type. Some results of this paradigm shift are offered.

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