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- Title
Breaking of Global Gauge Symmetries on a Spatial-temporal Subdomain.
- Authors
Zaixing Huang
- Abstract
It is generally considered that global gauge symmetry of an action integral over a finite spatial-temporal domain as a whole holds in any subdomain of this domain. However, in this paper we demonstrate that when the so-called localized assumption is no longer valid, the global gauge symmetry will break in the subdomain of this spatial-temporal domain, due to occurrence of a new source called the nonlocal residual. The nonlocal residual is correlated with a gauge field and satisfies the zero mean condition with respect to whole spatial-temporal domain. An example is given to support this conclusion.
- Subjects
SYMMETRY; KALEIDOSCOPES; AESTHETICS; PROPORTION; DESIGN
- Publication
International Journal of Theoretical Physics, 2008, Vol 47, Issue 11, p2850
- ISSN
0020-7748
- Publication type
Article
- DOI
10.1007/s10773-008-9718-x