Add to ORKGWe present the Green's functions that are the solutions of the massive Klein-Gordon equation for a scalar field with non-minimal coupling to gravitation for several static and expanding cosmological models. An important feature of such functions is that they can be used to study the appearence of a Casimir energy in models of the universe with compact spatial sections
We present a rigorous, regularization-independent local quantum field theoretic treatment of the Cas...
The origin of the accelerated expansion of the universe is a major problem in both modern cosmology ...
We use the Green function method to compute the Casimir energy of a massive scalar particle. In orde...
A few years ago, Cornish, Spergel and Starkman (CSS) suggested that a multiply connected small unive...
Recent work in the literature has studied rigid Casimir cavities in a weak gravitational field, or i...
We study the properties of an effective potential for the scale factor of extra dimensions in a Kalu...
We study the possible cosmological models in Kaluza-Klein-type multidimensional gravity with a curva...
We reconsider the Casimir effect for the massless conformal scalar field in a ''half Einstein univer...
We compute the Casimir energy of a massless scalar field obeying the Robin boundary condition on one...
We study the Casimir vacuum energy density and the Casimir pressure for a massless scalar field con...
The ambition of this article is to establish a fundamental model of our expanding universe in a mini...
We demonstrate that by employing the correspondence between gauge theories in geometric and in decon...
AbstractA simple model is introduced in which the cosmological constant is interpreted as a true Cas...
The ambition of this article is to establish a fundamental model of our expanding universe in a mini...
A detailed analysis shows that the principle of energy conservation – presumed in General Relativity...
We present a rigorous, regularization-independent local quantum field theoretic treatment of the Cas...
The origin of the accelerated expansion of the universe is a major problem in both modern cosmology ...
We use the Green function method to compute the Casimir energy of a massive scalar particle. In orde...
A few years ago, Cornish, Spergel and Starkman (CSS) suggested that a multiply connected small unive...
Recent work in the literature has studied rigid Casimir cavities in a weak gravitational field, or i...
We study the properties of an effective potential for the scale factor of extra dimensions in a Kalu...
We study the possible cosmological models in Kaluza-Klein-type multidimensional gravity with a curva...
We reconsider the Casimir effect for the massless conformal scalar field in a ''half Einstein univer...
We compute the Casimir energy of a massless scalar field obeying the Robin boundary condition on one...
We study the Casimir vacuum energy density and the Casimir pressure for a massless scalar field con...
The ambition of this article is to establish a fundamental model of our expanding universe in a mini...
We demonstrate that by employing the correspondence between gauge theories in geometric and in decon...
AbstractA simple model is introduced in which the cosmological constant is interpreted as a true Cas...
The ambition of this article is to establish a fundamental model of our expanding universe in a mini...
A detailed analysis shows that the principle of energy conservation – presumed in General Relativity...
We present a rigorous, regularization-independent local quantum field theoretic treatment of the Cas...
The origin of the accelerated expansion of the universe is a major problem in both modern cosmology ...
We use the Green function method to compute the Casimir energy of a massive scalar particle. In orde...