Abstract
New analysis regarding the structure of center vortices is presented: Using data from gluonic SU(2) lattice simulation with Wilson action, a correlation of fluctuations in color space to the curvature of vortex fluxes was found. Finite size effects of the S2-homogeneity hint at color homogeneous regions on the vortex surface.
Highlights
We found hints towards a color structure existing on the vortex surface [11]
The correlation seems to be a special feature along the center vortex surface, as it weakens when restricting the analysis to plaquettes that are not pierced
As intersections and twistings of vortices can produce topological charge and the twisting of the vortex is correlated to color fluctuations, see [21], our data strengthens the assumption that the color structure of vortices directly relates to topological charge, enabling center vortices to explain chiral symmetry breaking
Summary
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