Effective action for a quantum scalar field in warped spaces

TL;DR

This paper calculates the one-loop quantum corrections to a scalar field's effective action in warped braneworld backgrounds at zero and finite temperature, providing insights into quantum effects in such models.

Contribution

It introduces a detailed calculation of quantum corrections to scalar fields in warped braneworld scenarios at different temperatures.

Findings

Effective action computed for scalar fields in warped spaces.

Quantum corrections analyzed at zero and finite temperature.

Provides a framework for understanding quantum effects in braneworld models.

Abstract

We investigate the one-loop corrections at zero, as well as finite temperature, of a scalar field taking place in a braneworld motived warped background. After to reach a well defined problem, we calculate the effective action with the corresponding quantum corrections to each case.