# Remarks on the quantum gravity interpretation of 4D dynamical triangulation

## TL;DR

This paper reviews 4D dynamical triangulation phenomenology and discusses its interpretation through a Euclidean effective action resembling continuum quantum gravity, highlighting potential insights into quantum gravity models.

## Contribution

It offers a reinterpretation of 4D dynamical triangulation phenomenology within a continuum Euclidean effective action framework, bridging discrete models and continuum theories.

## Key findings

- Connection between dynamical triangulation and Euclidean effective action.
- Insights into quantum gravity interpretation of triangulation models.
- Potential implications for continuum quantum gravity theories.

## Abstract

We review some of the phenomenology in 4D dynamical triangulation and explore its interpretation in terms of a euclidean effective action of the continuum form $\intx \sqrt{g} [\mu -\frac{1}{16\pi G} R + \cdots]$.