# Probing the era of reheating for reconstructed inflationary potential in the RS II braneworld

## TL;DR

This paper investigates the reheating epoch in RS II braneworld inflation by reconstructing the inflationary potential through Monte Carlo methods and analyzing the relation between reheating temperature and the 5D Planck mass.

## Contribution

It introduces a model-independent reconstruction of the inflationary potential in RS II braneworld and explores the bounds on reheating temperature and the 5D Planck mass.

## Key findings

- Reconstructed potential can be expressed as a function of e-foldings.
- Established a relation between reheating temperature and 5D Planck mass.
- Derived bounds on the critical reheating temperature and $M_5$.

## Abstract

We analyse the epoch of reheating after an inflationary phase in the Randal Sundrum(RS) Type-$\rm II$ braneworld, where we did not consider any particular model of inflation, but rather reconstructed the inflationary potential solving the flow equations using Monte Carlo (MC) approach. It is shown numerically that a potential conceived through the MC reconstruction technique can be represented by an effective potential as a function of the number of e-foldings($N$). Then, the epoch of reheating is studied for this reconstructed potential. The relation between the reheating temperature ($T_{\rm reh}$) and the 5-dimensional Planck mass($M_5$) is established. Moreover, it is argued that there is a stringent bound on the critical reheating temperature that also translates to a tight bound on $M_5$ .