f(R) Quantum Cosmology

TL;DR

This paper explores quantum cosmology within f(R) gravity models using Bohmian quantum theory, analyzing how quantum corrections modify classical cosmological equations.

Contribution

Introduces a quantization approach for flat f(R) cosmology models using Bohmian theory, highlighting quantum effects on classical dynamics.

Findings

Quantum corrections significantly alter classical equations.

Solutions demonstrate the impact of quantum effects on cosmological evolution.

The approach provides new insights into quantum gravity in cosmology.

Abstract

We have quantized a flat cosmological model in the context of the metric f(R) models, using the causal Bohmian quantum theory. The equations are solved and then we have obtained how the quantum corrections influence the classical equations.