most citedStephani-Schutz quantum cosmology

32 citations · 151 across the 7 of their papers we have counts for

collaborators

7 papers

hep-th200811 cited

A Renormalized perturbation theory for problems with nontrivial boundary conditions or backgrounds in two space-time dimensions

Reza Moazzemi, Abdollah Mohammadi, Siamak S. Gousheh

In this paper we discuss the effects of nontrivial boundary conditions or backgrounds, including non-perturbative ones, on the renormalization program for systems in two dimensions…

gr-qc200729 cited

Perfect fluid quantum Universe in the presence of negative cosmological constant

P. Pedram, M. Mirzaei, S. Jalalzadeh +1

We present perfect fluid Friedmann-Robertson-Walker quantum cosmological models in the presence of negative cosmological constant. In this work the Schutz's variational formalism i…

gr-qc200725 cited

Quantum Stephani exact cosmological solutions and the selection of time variable

P. Pedram, S. Jalalzadeh, S. S. Gousheh

We study perfect fluid Stephani quantum cosmological model. In the present work the Schutz's variational formalism which recovers the notion of time is applied. This gives rise to…

gr-qc200732 cited

Stephani-Schutz quantum cosmology

P. Pedram, S. Jalalzadeh, S. S. Gousheh

We study the Stephani quantum cosmological model in the presence of a cosmological constant in radiation dominated Universe. In the present work the Schutz's variational formalism…

gr-qc200720 cited

Schrödinger-Wheeler-DeWitt equation in chaplygin gas FRW cosmological model

P. Pedram, S. Jalalzadeh, S. S. Gousheh

We present a chaplygin gas Friedmann-Robertson-Walker quantum cosmological model. In this work the Schutz's variational formalism is applied with positive, negative, and zero const…

math-ph200722 cited

Using Spectral Method as an Approximation for Solving Hyperbolic PDEs

P. Pedram, M. Mirzaei, S. S. Gousheh

We demonstrate an application of the spectral method as a numerical approximation for solving Hyperbolic PDEs. In this method a finite basis is used for approximating the solutions…