Probing the Boundary of the Non-Perturbative QCD by Small Size Instantons

Details Probing the Boundary of the Non-Perturbative QCD by Small Size Instantons Probing the Boundary of the Non-Perturbative QCD by Small Size Instantons

1999-09-21

arxiv.org/abs/hep-ph/9909458v1

Physics

High Energy Physics

High Energy Physics - Phenomenology

Scientific paper

The lattice data on the instanton size distribution suggest an additional O($\rho^2)$ action. The small-$\rho$ effect O($\rho^4)$ predicted by the Operator Product Expansion (OPE) is not observed. Similar deviations are also found for non-perturbative response to a small static color dipoles: it is O(r) not O(r$^2$). We suggest that small instanton radii in the QCD vacuum and small radii of the QCD strings (to which this observation relates) are consequences of the same phenomenon: a very robust dual superconductivity in the QCD vacuum, with relatively large Higgs VEV and surprisingly large Higgs mass.

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