Quantum dimer models and exotic orders
K. S. Raman, E. Fradkin, R. Moessner, S. Papanikolaou, and S. L., Sondhi
TL;DR
This paper explores how quantum dimer models can serve as theoretical tools to demonstrate the potential for exotic magnetic phases in quantum spin systems, highlighting their role in understanding complex quantum states.
Contribution
It introduces quantum dimer models as a means to theoretically validate the existence of exotic magnetic orders in quantum spin systems.
Findings
Quantum dimer models can illustrate exotic magnetic phases.
The approach provides a proof-of-principle for complex quantum states.
Supports the theoretical understanding of quantum spin liquids.
Abstract
We discuss how quantum dimer models may be used to provide "proofs of principle" for the existence of exotic magnetic phases in quantum spin systems.
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