Stripe Structures in the t-t'-J Model

TL;DR

This paper uses density matrix renormalization group calculations to analyze stripe structures in the doped t-t'-J model and explores the physics behind their formation.

Contribution

It provides a detailed analysis of stripe structures in the doped t-t'-J model using advanced numerical methods, revealing underlying physical mechanisms.

Findings

Identification of stripe patterns in the model

Insights into the physical origin of stripe formation

Quantitative analysis of stripe properties

Abstract

Here, based upon density matrix renormalization group calculations, we discuss the structure of the stripes found in the doped $t$-$t^\prime$-$J$ model and the physics that underlies their formation.