The authors examine the cosmology of the two recently proposed scenarios for a five dimensional universe with localized gravity. They find that the scenario with a non-compact fifth dimension is potentially viable, while the scenario which might solve the hierarchy problem predicts a contracting universe, leading to a variety of cosmological problems
The idea that the spacetime may have more than four dimensions is very old. Starting with works of K...
We propose a new approach to the cosmological constant problem in theories with large extra dimensio...
The Einstein equations coupled with a cloud of geometric strings for a five-dimensional Bianchi type...
We examine the cosmology of the two recently proposed scenarios for a five dimen-sional universe wit...
Homogeneous cosmological solutions are obtained in five dimensional space time assuming equations of...
Extra dimensions - beyond space and time - are the best methods for unifying gravity with particle p...
introduced the study of the evolution of such models in a simple context we then go on to study a mo...
We consider the five-dimensional Einstein–Gauss–Bonnet gravity, which can be obtained by means of an...
We show that a number of problems of modern cosmology may be solved in the framework of multidimensi...
[[abstract]]We present a new model of dark energy which could explain the observed accelerated expan...
AbstractWe present a new model of dark energy which could explain the observed accelerated expansion...
New challenges to theoretical physics and the role of gravity and cosmology are discussed. Problems ...
Randall-Sundrum scenarios view our Universe as a membrane embedded in a higher dimensional spacetime...
A five-dimensional Ricci-flat cosmological solution is studied by assuming that the induced 4D matte...
The thesis comprises reports of studies undertaken on three separate extensions of the Standard Mode...
The idea that the spacetime may have more than four dimensions is very old. Starting with works of K...
We propose a new approach to the cosmological constant problem in theories with large extra dimensio...
The Einstein equations coupled with a cloud of geometric strings for a five-dimensional Bianchi type...
We examine the cosmology of the two recently proposed scenarios for a five dimen-sional universe wit...
Homogeneous cosmological solutions are obtained in five dimensional space time assuming equations of...
Extra dimensions - beyond space and time - are the best methods for unifying gravity with particle p...
introduced the study of the evolution of such models in a simple context we then go on to study a mo...
We consider the five-dimensional Einstein–Gauss–Bonnet gravity, which can be obtained by means of an...
We show that a number of problems of modern cosmology may be solved in the framework of multidimensi...
[[abstract]]We present a new model of dark energy which could explain the observed accelerated expan...
AbstractWe present a new model of dark energy which could explain the observed accelerated expansion...
New challenges to theoretical physics and the role of gravity and cosmology are discussed. Problems ...
Randall-Sundrum scenarios view our Universe as a membrane embedded in a higher dimensional spacetime...
A five-dimensional Ricci-flat cosmological solution is studied by assuming that the induced 4D matte...
The thesis comprises reports of studies undertaken on three separate extensions of the Standard Mode...
The idea that the spacetime may have more than four dimensions is very old. Starting with works of K...
We propose a new approach to the cosmological constant problem in theories with large extra dimensio...
The Einstein equations coupled with a cloud of geometric strings for a five-dimensional Bianchi type...
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