Flux tube zero point motion, hadronic charge radii, and hybrid meson production cross-sections

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Flux tube zero point motion, hadronic charge radii, and hybrid meson production cross-sections

Flux tube zero-point motion produces quark displacements transverse to the flux tube which make significant contributions to hadronic charge radii. In heavy quark systems, these contributions can be related by Bjorken's sum rule to the rates for semileptonic decay to hybrid mesons. This connection can be generalized to other leptoproduction processes, where transverse contributions to elastic form factor slopes are related to the cross sections for the production of the associated hybrid states. I identify the flux tube overlap integral responsible for these effects as the strong QCD analogue of the Sudakov form factor of perturbative QCD.

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Unit Title: Flux tube zero point motion, hadronic charge radii, and hybrid meson production cross-sections

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Creator: Isgur, Nathan

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Language: en

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Other Descriptive Data: JLAB-THY-99-09, hep-ph/9904494Phys.Rev.D60:114016,1999https://doi.org/10.1103/PhysRevD.60.114016

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