Abstract
AbstractIn this paper, we study the consequences of extending dual symmetry (DuSy) to include a generic Cµ vector field as a dual partner of the photon Aµ. A new combined field, the complex Z′µ, is obtained from Cµ and Aµ. The promotion of dual symmetry to a local symmetry for Z′µ implies the inclusion of an extra complex vector field Wµ with a complex gauge transformation. A dual dark matter (DM) Lagrangian LDDM is obtained from the general DuSy invariant Lagrangian LDuSy. Our tentative conjecture is to interpret W±µ as the actual weak interaction charged gauge boson W μ ±, which leads us to speculate about a possible extra CP violation scenarios for future calculations. (© 2014 WILEY‐VCH Verlag GmbH & Co. KGaA, Weinheim)
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