# On The Behavior Of Gravitational Force At Small Scales

## TL;DR

This paper explores how gravity at small scales may involve additional scalar and fakeon degrees of freedom, impacting quantum and classical gravitational theories.

## Contribution

It introduces the concept that gravity at small scales includes a fakeon degree of freedom alongside standard general relativity components.

## Key findings

- Implications for quantum gravity understanding
- Potential phenomenological effects in classical gravity
- Extension of gravitational degrees of freedom

## Abstract

We point out the idea that, at small scales, gravity can be described by the standard degrees of freedom of general relativity, plus a scalar particle and a degree of freedom of a new type: the fakeon. This possibility leads to fundamental implications in understanding gravitational force at quantum level as well as phenomenological consequences in the corresponding classical theory.