Scaling Limits of Disorder Relevant Non-Binary Spin Systems
Liuyan Li, Vlad Margarint, Rongfeng Sun

TL;DR
This paper extends existing criteria for binary spin systems with random fields to non-binary systems, providing insights into their scaling limits and disorder relevance.
Contribution
It generalizes the criteria for non-trivial continuum and weak disorder limits from binary to non-binary spin systems.
Findings
Extended criteria applicable to non-binary spin systems.
Identified conditions for non-trivial scaling limits.
Enhanced understanding of disorder relevance in complex spin models.
Abstract
In [7], Caravenna, Sun and Zygouras gave general criteria for the partition functions of binary valued spin systems with a relevant random field perturbation to have non-trivial continuum and weak disorder limits. In this work, we show how these criteria can be extended to non-binary valued spin systems.
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Taxonomy
TopicsAdvanced NMR Techniques and Applications · Quantum many-body systems · Quantum and electron transport phenomena
