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We have investigated the features of the gauge vector field in a braneworldscenario built as a warped product between a 3-brane and a 2-cycle of theresolved conifold. This scenario allowed us to study how the gauge fieldbehaves when the transverse manifold evolves upon a geometric flow thatcontrols the singularity at the origin. Besides, since the transverse manifoldhas a cylindrical symmetry according to the 3-brane, this geometry can beregarded as a near brane correction of the string-like branes. Indeed, by meansof a new warp function and the angular metric component of the resolvedconifold, the braneworld can exhibit a conical form near the origin as well asa regular behavior in that region. The analysis of the gauge field in thisbackground has been carried out for the s-wave state and a normalizablemassless mode was found. For the massive modes, the resolution parameter avoidsan infinite well on the brane and controls the depth of the well and the highof the barrier around the brane. The massive modes are slightly changed nearthe brane but they agreed with the string-like spectrum for large distances.

Gauge vector field localization on 3-brane placed in a warped transverse resolved conifold