This work deals with thick braneworld models, in an environment where the Ricci scalar is changed to accommodate the addition of two extra terms, one depending on the Ricci scalar itself, and the other, which takes into account the trace of the energy–momentum tensor of the scalar field that sources the braneworld scenario. We suppose that the scalar field engenders standard kinematics, and we show explicitly that the gravity sector of this new braneworld scenario is linearly stable. We illustrate the general results investigating two distinct models, focusing on how the brane profile is changed in the modified theories
A generalized version of the Randall–Sundrum model-2 with different cosmological constants on each s...
Three types of thick branes, i.e., Poincar\'{e}, de Sitter and Anti-de Sitter brane are considered. ...
We study asymmetric thick braneworld scenarios, generated after adding a constant to the superpotent...
AbstractThis work deals with thick braneworld models, in an environment where the Ricci scalar is ch...
This work deals with thick braneworld models, in an environment where the Ricci scalar is changed to...
Abstract Braneworld scenarios consider our observable universe as a brane embedded in a five-dimensi...
Recently, Pani et al. explored a new theory of gravity by adding nondynamical fields, i.e., gravity ...
AbstractWe consider a new braneworld model with a bulk scalar field coupled to gravity. The bulk sca...
AbstractThis work deals with braneworld models driven by real scalar fields with nonstandard dynamic...
In this work we study braneworld models in generalized $$f\left( R,T\right) $$ gravity theories wher...
We study gravity in backgrounds that are smooth generalizations of the Randall-Sundrum model, with a...
We give a full nonlinear numerical treatment of time-dependent 5D braneworld geometry, which is dete...
In this work we study extra dimensional theories, taking emphasis in braneworld models generated by ...
AbstractWe study a 5-dimensional f(R) brane gravity within the framework of scalar-tensor type theor...
AbstractThis work deals with braneworld scenarios with generalized gravity. We investigate models wh...
A generalized version of the Randall–Sundrum model-2 with different cosmological constants on each s...
Three types of thick branes, i.e., Poincar\'{e}, de Sitter and Anti-de Sitter brane are considered. ...
We study asymmetric thick braneworld scenarios, generated after adding a constant to the superpotent...
AbstractThis work deals with thick braneworld models, in an environment where the Ricci scalar is ch...
This work deals with thick braneworld models, in an environment where the Ricci scalar is changed to...
Abstract Braneworld scenarios consider our observable universe as a brane embedded in a five-dimensi...
Recently, Pani et al. explored a new theory of gravity by adding nondynamical fields, i.e., gravity ...
AbstractWe consider a new braneworld model with a bulk scalar field coupled to gravity. The bulk sca...
AbstractThis work deals with braneworld models driven by real scalar fields with nonstandard dynamic...
In this work we study braneworld models in generalized $$f\left( R,T\right) $$ gravity theories wher...
We study gravity in backgrounds that are smooth generalizations of the Randall-Sundrum model, with a...
We give a full nonlinear numerical treatment of time-dependent 5D braneworld geometry, which is dete...
In this work we study extra dimensional theories, taking emphasis in braneworld models generated by ...
AbstractWe study a 5-dimensional f(R) brane gravity within the framework of scalar-tensor type theor...
AbstractThis work deals with braneworld scenarios with generalized gravity. We investigate models wh...
A generalized version of the Randall–Sundrum model-2 with different cosmological constants on each s...
Three types of thick branes, i.e., Poincar\'{e}, de Sitter and Anti-de Sitter brane are considered. ...
We study asymmetric thick braneworld scenarios, generated after adding a constant to the superpotent...