Addendum: Theory of low-temperature Hall effect in stripe-ordered cuprates

TL;DR

This paper enhances the theoretical understanding of the low-temperature Hall effect in stripe-ordered cuprates by incorporating the sign of the charge ordering potential, aligning calculations more closely with experimental data.

Contribution

It provides updated theoretical results considering the sign of the charge ordering potential, emphasizing its significance in cuprate Hall effect behavior.

Findings

Results are more consistent with experimental data.

Charge ordering sign is crucial for accurate Hall effect modeling.

Reinforces the role of charge order in cuprate physics.

Abstract

We supplement a previously published calculation of the Hall effect in stripe ordered cuprates by presenting results for the physically relevant sign of the potential arising from charge ordering. The new results are more consistent with data, underscoring the importance of charge ordering in cuprates.