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Gauge invariance, minimal coupling, and torsion
S. Hojman
, M. Rosenbaum
, M. P. Ryan
, L. C. Shepley
Faculty of Liberal Arts
Research output
:
Contribution to journal
›
Article
›
peer-review
108
Scopus citations
Overview
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Dive into the research topics of 'Gauge invariance, minimal coupling, and torsion'. Together they form a unique fingerprint.
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Keyphrases
Non-minimal Coupling
100%
Torsion
100%
Gauge Invariance
100%
Scalar
20%
Field Equations
20%
Lagrangian Density
20%
Magnetic Current
20%
Scalar Function
20%
Dynamical Theory
20%
Electromagnetic Field
20%
Torsion Fields
20%
Electric Current
20%
Modified Forms
20%
Local Gauge Symmetry
20%
INIS
coupling
100%
gauge invariance
100%
torsion
100%
scalars
33%
interactions
16%
density
16%
scalar fields
16%
field equations
16%
lagrangian
16%
Mathematics
Minimal Coupling
100%
Scalar Field
50%
Scalar
50%
Lagrangian Density
50%
Field Equation
50%
Scalar Function
50%
Complex Scalar
50%
Physics
Gauge Invariance
100%
Electromagnetism
100%