In this paper we consider a geometrical Yukawa coupling as a solution to the problem of
gauge field localization. We show that upon dimensional reduction the vector field …

Two different solutions to the problem of the zero-mode localization of the Elko spinor are
presented. The first solution is given by the introduction of a mass term and by coupling the …

This work deals with braneworld scenarios with generalized teleparallel gravity. We extend
a recent investigation, where the model studied was described by F (T)= T+ k T n. In the …

The scalar fields, $ U (1) $ gauge vector fields, and Kalb-Ramond fields are the $0 $-form, 1-
form, and 2-form fields, respectively. In four-dimensional space-time, free $ q $-form fields …

We study a new family of models of the sine-Gordon type, starting from the sine-Gordon
model, including the double sine-Gordon, the triple one, and so on. The models appears as …

A bstract In this paper, we give one general method for localizing any form (q-form) field on p-
branes with one extra dimension, and apply it to some typical p-brane models. It is found …

The geometrical localization mechanism in Randall-Sundrum (RS) scenarios is extended by
considering the coupling between a quadratic mass term and geometrical tensors. Since the …

A bstract In this work we analyze the zero mode localization and resonances of 1/2− spin
fermions in co-dimension one Randall-Sundrum braneworld scenarios. We consider delta …

A bstract The transfer matrix method is used to analyze resonances in Randall-Sundrum
models. Although it has successfully been used previously by us we provide here a …

In this paper we study the coupling of p-form fields with geometrical tensor fields, namely
Ricci, Einstein, Horndeski and Riemann in Randall–Sundrum scenarios with co-dimension …