# Critical exponents and unusual properties of the broken phase in the 3d-RP(2) antiferromagnetic model

## TL;DR

This paper reports Monte Carlo simulations of the 3D RP(2) antiferromagnetic model, revealing unique critical exponents and symmetry properties in the broken phase, with implications for understanding phase transitions.

## Contribution

It provides the first detailed measurement of critical exponents and correction-to-scaling in the 3D RP(2) model, highlighting its distinct properties from O(N) models.

## Key findings

- Critical exponents measured accurately using finite-size scaling.
- Distinct symmetry properties in the broken phase.
- Parameterization of corrections-to-scaling.

## Abstract

We present the results of a Monte Carlo simulation of the antiferromagnetic RP(2) model in three dimensions. With finite-size scaling techniques we accurately measure the critical exponents and compare them with those of O(N) models. We are able to parameterize the corrections-to-scaling. The symmetry properties of the broken phase are also studied.