The usual abelian gauge theory is extended to an interacting Yang-Mills-like theory containing vector, scalar and tensor gauge fields. These gauge fields are seen as components along the Clifford algebra basis of a gauge vector-spinorial field. Scalar fields φ naturally coupled to vector and tensor fields have been found, leading to a natural φ4 coupling in the lagrangian. The full expression of the lagrangian for the euclidean version of the theory is given.



Titolo: Extended pure Yang-Mills gauge theories with scalar and tensor gauge fields
Autori: 
GABRIELLI, Emidio
Data di pubblicazione: 1991
Rivista: 
PHYSICS LETTERS. SECTION B  
Abstract: The usual abelian gauge theory is extended to an interacting Yang-Mills-like theory containing vector, scalar and tensor gauge fields. These gauge fields are seen as components along the Clifford algebra basis of a gauge vector-spinorial field. Scalar fields φ naturally coupled to vector and tensor fields have been found, leading to a natural φ4 coupling in the lagrangian. The full expression of the lagrangian for the euclidean version of the theory is given.
Handle: http://hdl.handle.net/11368/2634723
Digital Object Identifier (DOI): http://dx.doi.org/10.1016/0370-2693(91)91223-I
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