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      A new approach to analytic, non-perturbative, gauge-invariant QCD renormalization is described, with applications to high energy elastic pp-scattering

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          Abstract

          A new non-perturbative, gauge-invariant model QCD renormalization is applied to high energy elastic pp-scattering. The differential cross-section deduced from this model displays a diffraction dip that resembles those of experiments. Comparison with ISR and LHC data is currently underway.

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          Gauge Invariant Summation of All QCD Virtual Gluon Exchanges

          , , … (2010)
          The interpretation of virtual gluons as ghosts in the non-linear gluonic structure of QCD permits the formulation and realization of a manifestly gauge-invariant and Lorentz covariant theory of interacting quarks/anti-quarks, for all values of coupling. The simplest example of quark/anti-quark scattering in a high-energy, quenched, eikonal model at large coupling is shown to be expressible as a set of finite, local integrals which may be evaluated numerically; and before evaluation, it is clear that the result will be dependent only on, and is damped by increasing momentum transfer, while displaying physically-reasonable color dependence in a manner underlying the MIT Bag Model and an effective, asymptotic freedom. A similar but more complicated integral will result from all possible gluonic-radiative corrections to this simplest eikonal model. Our results are compatible with an earlier, field-strength analysis of Reinhardt et al.
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            Publication date Created: 2015-11-25
            Article
            DOI: 10.1051/epjconf/201612604050
            ArXiV ID: 1511.08202
            SO-VID: 9cb6e263-7367-4af6-a044-4f50d1ebaa71
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            http://arxiv.org/licenses/nonexclusive-distrib/1.0/

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            Comments Conference proceedings for 4th International Conference on New Frontiers in Physics, ICNFP2015. Greece, 2015. subsequent work of Ann. Phys. 359, (2015); or arXiv:1412.2072, and arXiv:1502.04378
            Categories hep-ph hep-th

            ScienceOpen disciplines: High energy & Particle physics
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            ScienceOpen disciplines: High energy & Particle physics

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