We calculate the linearized metric perturbation corresponding to a massless four-dimensional scalar field, the radion, in a five-dimensional two-brane model of Randall and Sundrum. In this way we obtain relative strengths of the radion couplings to matter residing on each of the branes. The results are in agreement with the analysis of Garriga and Tanaka of gravitational and Brans--Dicke forces between matter on the branes. We also introduce a model with infinite fifth dimension and ``almost'' confined graviton, and calculate the radion properties in that model
We examine the cosmology of Randall-Sundrum model in a dynamic setting where scalar fields are prese...
We investigate cosmological evolutions of the bulk scalar field $\phi(t)$ and the radion $d(t)$ in f...
In the Randall-Sundrum (RS) compactification, the gap between two branes is stabilized by the vacuum...
We study the braneworld effective action in the two-brane Randall-Sundrum model. In the framework of...
The behaviour of the distance between two branes (the `radion') in a braneworld model with a bulk sc...
Braneworld models in extra dimensions can be tested in laboratory by the coupling of the radion to t...
Braneworld models in extra dimensions can be tested in laboratory by the coupling of the radion to t...
AbstractWe present a general framework for nonparallel brane worlds and use it to discuss the nonlin...
We calculate the linearized metric perturbations in the five dimensional two-brane model of Randall ...
We review the stabilization of the radion in the Randall-Sundrum model through the Casimir energy du...
AbstractThe behaviour of the distance between two branes (the ‘radion’) in a brane-world model with ...
We clarify some general issues in models where gravity is localized at intermediate distances. We in...
We derive a general formalism for constructing a four-dimensional effective action for the radion fi...
When the interbrane separation in compact Randall-Sundrum models is stabilized via the Goldberger-Wi...
The quantum fluctuation of the relative location of two (n-1)-dimensional de Sitter branes (i.e., of...
We examine the cosmology of Randall-Sundrum model in a dynamic setting where scalar fields are prese...
We investigate cosmological evolutions of the bulk scalar field $\phi(t)$ and the radion $d(t)$ in f...
In the Randall-Sundrum (RS) compactification, the gap between two branes is stabilized by the vacuum...
We study the braneworld effective action in the two-brane Randall-Sundrum model. In the framework of...
The behaviour of the distance between two branes (the `radion') in a braneworld model with a bulk sc...
Braneworld models in extra dimensions can be tested in laboratory by the coupling of the radion to t...
Braneworld models in extra dimensions can be tested in laboratory by the coupling of the radion to t...
AbstractWe present a general framework for nonparallel brane worlds and use it to discuss the nonlin...
We calculate the linearized metric perturbations in the five dimensional two-brane model of Randall ...
We review the stabilization of the radion in the Randall-Sundrum model through the Casimir energy du...
AbstractThe behaviour of the distance between two branes (the ‘radion’) in a brane-world model with ...
We clarify some general issues in models where gravity is localized at intermediate distances. We in...
We derive a general formalism for constructing a four-dimensional effective action for the radion fi...
When the interbrane separation in compact Randall-Sundrum models is stabilized via the Goldberger-Wi...
The quantum fluctuation of the relative location of two (n-1)-dimensional de Sitter branes (i.e., of...
We examine the cosmology of Randall-Sundrum model in a dynamic setting where scalar fields are prese...
We investigate cosmological evolutions of the bulk scalar field $\phi(t)$ and the radion $d(t)$ in f...
In the Randall-Sundrum (RS) compactification, the gap between two branes is stabilized by the vacuum...