Phenomenological Consequences of Non-commutative QED

Abstract

In the context of the noncommutative QED we consider few phenomena which reflect the noncommutativity. In all of them the new interactions in the Feynmann diagrams that are responsible for the deviation from the standard QED results. These deviations appear as the violations of Lorentz symmetry. We suggest experimental situations where these effects may be observed. The extra phases have far reaching consequences including violation of crossing symmetry. Considering the e-p scattering and Compton scattering the electric dipole moments of the electron and the photon is calculated.

17pages,LaTeX,axodraw.sty

References in corpus (9)

• Noncommutative Perturbative Dynamics
• Noncommutative Open String and D-brane
• The One-loop UV Divergent Structure of U(1) Yang-Mills Theory on Noncommutative R^4
• Noncommutative Geometry from D0-branes in a Background B-field
• Perturbative analysis on infrared and ultraviolet aspects of noncommutative QED on R^4
• Renormalization of Quantum Field Theories on Noncommutative R^d, I. Scalars
• Two-Loop Diagrams in Noncommutative ${\varphi }_4^4$ theory
• Axial Anomaly in Noncommutative QED on R^4
• Mixed Boundary Conditions and Brane-String Bound States

Cited by in corpus (8)

• Noncommutative Field Theory
• Review of the Phenomenology of Noncommutative Geometry
• Non-Commutative GUTs, Standard Model and C,P,T
• Three Body Bound State in Non-Commutative Space
• Noncommutative Black-Body Radiation: Implications On Cosmic Microwave Background
• The covariant form of the gauge anomaly on noncommutative R2n
• Amplitudes With Different Helicity Configurations Of Noncommutative QED
• Noncommutativity and Duality through the Symplectic Embedding Formalism