Abstract
Since 1954, when Yang and Mills [7] presented their idea of isotopic gauge transformation, the method of introducing interactions into field theories by using general gauge invariance has been extensively studied.A general formalism was presented by Utiyama [6]. Reference [6] also contains the first application of the formalism to the theory of gravitation. A more general approach to the Young-Mills formalism applied to general relativity was described by Kibble [3]. In a special case of interacting Dirac field the gauge invariance group can still be enlarged, leading to the possibility of describing short-range interactions together with gravitation and electromagnetism [5]. It is, therefore important to have a definite formulation of the common geometrical content of such theories.
Publisher
Cambridge University Press (CUP)
Cited by
4 articles.
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1. A five-dimensional extension of general relativity and quantum theory;Journal of Physics A: Mathematical and Theoretical;2007-07-24
2. De Sitter Gauge Transformations of Dirac Equation;Progress of Theoretical Physics;1977-05-01
3. Theory of Yang-Mills fields;Theoretical and Mathematical Physics;1975-09
4. Gauge invariant interactions of classical fields;Journal of the Australian Mathematical Society;1975-05