TL;DR
This paper explores how local translational symmetry influences gauge theories of fundamental interactions, focusing on translational connections, their universal coupling, and their impact on field equations and conserved quantities.
Contribution
It introduces translational connections and fields in gauge theories, emphasizing their universal coupling and contributions to physical quantities, advancing understanding of symmetry roles.
Findings
Translational connections are introduced in gauge theories.
Translational fields universally couple to other variables.
Contributions to field equations and conserved quantities are analyzed.
Abstract
We analyze the role played by local translational symmetry in the context of gauge theories of fundamental interactions. Translational connections and fields are introduced, with special attention being paid to their universal coupling to other variables, as well as to their contributions to field equations and to conserved quantities.
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