TL;DR
This paper reviews the effective field theory approach to understanding topological quantum fluids, especially quantum Hall fluids, highlighting their unique properties and theoretical descriptions.
Contribution
It provides a comprehensive overview of the effective field theory framework applied to quantum Hall fluids, emphasizing recent developments.
Findings
Effective field theories capture topological properties of quantum Hall fluids
The review summarizes key theoretical models and their implications
Highlights open questions and future research directions
Abstract
We review the effective field theory treatment of topological quantum fluids, focussing on the Hall fluids.
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