# Is the electromagnetic field responsible for the cosmic acceleration in late times?

## TL;DR

This paper explores how a non-minimal coupling between electromagnetic and gravitational fields within general relativity could explain the late-time cosmic acceleration.

## Contribution

It introduces a model where electromagnetic-gravitational coupling drives accelerated expansion, offering a potential alternative to dark energy.

## Key findings

- Electromagnetic-gravitational coupling can induce cosmic acceleration.
- The model provides a mechanism for late-time acceleration.
- Potential implications for understanding dark energy.

## Abstract

We show that in the realm of general relativity a non minimal coupling between the electromagnetic and the gravitational fields may produce an era of accelerated expansion.