Spontaneous Lorentz Violation via QED with Non-Exact Gauge Invariance
arXiv:0802.1950 · doi:10.1140/epjc/s10052-008-0574-x
Abstract
We reconsider an alternative theory of the QED with the photon as a massless vector Nambu-Goldstone boson and show that the underlying spontaneous Lorentz violation caused by the vector field vacuum expectation value, while being superficial in gauge invariant theory, becomes physically significant in the QED with a tiny gauge non-invariance. This leads, through special dispersion relations appearing for charged fermions, to a new class of phenomena which could be of distinctive observational interest in particle physics and astrophysics. They include a significant change in the GZK cutoff for UHE cosmic-ray nucleons, stability of high-energy pions and W bosons, modification of nucleon beta decays, and some others.
15 pages, to appear in Eur.Phys.J. C
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Cited by in corpus (11)
- Missing Transverse-Doppler Effect in Time-Dilation Experiments with High-Speed Ions
- Standard Model with Partial Gauge Invariance
- Poincaré gauge gravity: an emergent scenario
- Photon and photino as Nambu-Goldstone zero modes in an emergent SUSY QED
- Gauge Fields as Goldstone Bosons Triggered by Spontaneously Broken Supersymmetry
- Gauge Fields as Constrained Composite Bosons
- Probing Lorentz Invariance Violation in Z Boson Mass Measurements at High-Energy Colliders
- Emergent SUSY Theories: QED, SM & GUT
- On the lightlike Lorentz violation
- Gauge Symmetries Emerging from Extra Dimensions
- Quantum Gravity in Plebanski Formulation