Hadronic Parity-Violation on the Lattice
arXiv:hep-lat/0203028 · doi:10.1016/S0550-3213(02)00405-4
Abstract
We motivate lattice QCD studies of the parity-violating pion-nucleon coupling constant and extend flavor-conserving hadronic parity-violation from QCD to partially-quenched QCD. The parity-violating pion-nucleon coupling and the anapole form factor (and moment) of the proton are computed to one-loop order in the partially-quenched chiral expansion. For the parity-violating pion-nucleon interaction, we include the contributions from total derivative operators necessary to match the kinematics that will be used in lattice simulations.
15 pages LaTeX, 4 eps figs
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- The Theory of Parity Violation in Few-Nucleon Systems
- Nucleons Properties at Finite Lattice Spacing in Chiral Perturbation Theory
- Universality of Mixed Action Extrapolation Formulae
- A New Paradigm for Hadronic Parity Nonconservation and its Experimental Implications
- The Chiral Extrapolation of Strange Matrix Elements in the Nucleon
- Hadronic Parity Violation at Next-to-Leading Order
- Effective Field Theory in The Study of Long Range Nuclear Parity Violation on Lattice
- Parity-Violating Three Nucleon Interactions at Low Energies and Large-
- Experimental Upper Bound and Theoretical Expectations for Parity-Violating Neutron Spin Rotation in 4He
- Novel Soft-Pion Theorem for Long-Range Nuclear Parity Violation
- Precision neutron interferometric measurements of the n-p, n-d, and n-3He zero-energy coherent neutron scattering amplitudes
- Large- and renormalization group constraints on parity-violating low-energy coefficients for three-derivative operators in pionless effective field theory
- Baryons in Partially-Quenched Chiral Perturbation Theory
- Strangeness-Conserving Hadronic Parity Violation at Low Energies
- Future Directions in Parity Violation: From Quarks to the Cosmos