Instanton effects on Wilson-loop correlators: a new comparison with numerical results from the lattice

Abstract

Instanton effects on the Euclidean correlation function of two Wilson loops at an angle $\theta$, relevant to soft high-energy dipole-dipole scattering, are calculated in the Instanton Liquid Model and compared with the existing lattice data. Moreover, the instanton-induced dipole-dipole potential is obtained from the same correlation function at $\theta =0$, and compared with preliminary lattice data.

32 pages, 14 figures; version published on PRD

References in corpus (4)

• Analyticity and crossing symmetry of the eikonal amplitudes in gauge theories
• High-energy hadron-hadron (dipole-dipole) scattering from lattice QCD
• Can the pomeron be derived from a Euclidean-Minkowskian duality?
• A nonperturbative foundation of the Euclidean-Minkowskian duality of Wilson-loop correlation functions

Cited by in corpus (13)

• Perturbative Renormalization of quasi-PDFs
• Holographic Pomeron and the Schwinger Mechanism
• Effective field theories for van der Waals interactions
• Single Spin Asymmetry through QCD Instantons
• High Energy Bounds on Soft N=4 SYM Amplitudes from AdS/CFT
• Asymptotic Energy Dependence of Hadronic Total Cross Sections from Lattice QCD
• Spin Physics through QCD Instantons
• Probing Wilson Loops in AdS/QCD
• Remarks on the static dipole-dipole potential at large distances
• Double Spin Asymmetries through QCD Instantons
• Renormalisation of gauge theories on general anisotropic lattices and high-energy scattering in QCD
• High-energy behavior of hadronic total cross sections from lattice QCD
• Wilson-loop formalism for Reggeon exchange at high energy