Violation of the Holographic Principle in the Loop Quantum Gravity

TL;DR

This paper investigates how loop quantum gravity, through polymeric quantization, leads to a violation of the holographic principle by analyzing entropy bounds derived from local quantum field theories.

Contribution

It provides the first explicit demonstration that loop quantum gravity's polymeric quantization causes a violation of the holographic principle.

Findings

Polymeric quantization affects entropy bounds.

Loop quantum gravity violates the holographic principle.

Demonstrates the impact of LQG on holography.

Abstract

In this paper, we analyze the holographic principle using loop quantum gravity (LQG). This will be done by using polymeric quantization for analysing the Yurtsever's holographic bound on the entropy, which is obtained from local quantum field theories. As the polymeric quantization is the characteristic feature of loop quantum gravity, we will argue that this calculation will indicate the effect of loop quantum gravity on the holographic principle. Thus, we will be able to explicitly demonstrate the violation of the holographic principle in the loop quantum gravity.