# Holographic Mutual and Tripartite Information in a Non-Conformal Background

## TL;DR

This paper explores how holographic mutual and tripartite information behave in a non-conformal background, revealing opposite effects of energy scale and degrees of freedom, and confirming monogamy of mutual information.

## Contribution

It provides new insights into the behavior of holographic information measures in non-conformal field theories, including the disentangling transition and monogamy properties.

## Key findings

- Disentangling transition occurs at large distances regardless of subsystem size
- Mutual information remains monogamous in non-conformal backgrounds
- Effects of degrees of freedom and energy scale are opposite in influence

## Abstract

Holographic mutual and tripartite information have been studied in a non-conformal background. We have investigated how these observables behave as the energy scale and number of degrees of freedom vary. We have found out that the effect of degrees of freedom and energy scale is opposite. Moreover, it has been observed that the disentangling transition occurs at large distance between sub-systems in non-conformal field theory independent of l. The mutual information in a non-conformal background remains also monogamous.