AbstractA formalization of the recently introduced formalism for inflation is developed from a noncompact Kaluza–Klein theory. In particular, the case for a single scalar field inflationary model is studied. We obtain that the scalar potential, which assume different representations in different frames, has a geometrical origin
The open inflation model recently proposed by Hawking and Turok is investigated in the scalar-tensor...
We examine in the framework of 5d Kaluza-Klein theory the gauge equivalence of x^5-dependent cosmolo...
A gauge invariant metric fluctuations formalism from a non-compact Kaluza-Klein (NKK) theory of grav...
AbstractWe discuss a semiclassical treatment to inflationary models from Kaluza–Klein theory without...
AbstractWe explore an effective 4D cosmological model for the universe where the variable cosmologic...
AbstractA formalization of the recently introduced formalism for inflation is developed from a nonco...
AbstractIn this Letter we complete a previously introduced formalism to study the gauge-invariant me...
The inflationary scenario is nowadays the most natural and simple way to solve the problems of the s...
AbstractWe show how short inflation naturally arises in a non-minimal gravity theory with a scalar f...
AbstractWe consider a single field governed expansion of the universe from a five dimensional (5D) v...
We find a solution for exponential inflation in Brans-Dicke cosmology endowed with a cosmological te...
Large extra dimensions provide interesting extensions of our parameter space for gravitational theor...
AbstractUsing the Ponce de León background metric, which describes a 5D universe in an apparent vacu...
We study the quantum cosmology of a five dimensional non-compactified Kaluza-Klein theory where the ...
During inflation quantum effects from massless, minimally coupled scalars and gravitons can be stren...
The open inflation model recently proposed by Hawking and Turok is investigated in the scalar-tensor...
We examine in the framework of 5d Kaluza-Klein theory the gauge equivalence of x^5-dependent cosmolo...
A gauge invariant metric fluctuations formalism from a non-compact Kaluza-Klein (NKK) theory of grav...
AbstractWe discuss a semiclassical treatment to inflationary models from Kaluza–Klein theory without...
AbstractWe explore an effective 4D cosmological model for the universe where the variable cosmologic...
AbstractA formalization of the recently introduced formalism for inflation is developed from a nonco...
AbstractIn this Letter we complete a previously introduced formalism to study the gauge-invariant me...
The inflationary scenario is nowadays the most natural and simple way to solve the problems of the s...
AbstractWe show how short inflation naturally arises in a non-minimal gravity theory with a scalar f...
AbstractWe consider a single field governed expansion of the universe from a five dimensional (5D) v...
We find a solution for exponential inflation in Brans-Dicke cosmology endowed with a cosmological te...
Large extra dimensions provide interesting extensions of our parameter space for gravitational theor...
AbstractUsing the Ponce de León background metric, which describes a 5D universe in an apparent vacu...
We study the quantum cosmology of a five dimensional non-compactified Kaluza-Klein theory where the ...
During inflation quantum effects from massless, minimally coupled scalars and gravitons can be stren...
The open inflation model recently proposed by Hawking and Turok is investigated in the scalar-tensor...
We examine in the framework of 5d Kaluza-Klein theory the gauge equivalence of x^5-dependent cosmolo...
A gauge invariant metric fluctuations formalism from a non-compact Kaluza-Klein (NKK) theory of grav...
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