Tensor-network simulation of the ruby-lattice antiferromagnet finds magnetic plateaus hosting simplex liquid states with residual entropy and continuous heat capacity at low but finite temperature.
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cond-mat.str-el 2years
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CsBaFe₃F₁₂ and CsBaCr₃F₁₂ are shown via DFT and Monte Carlo to realize slightly distorted ruby lattices with dominant short-range antiferromagnetic interactions and strong frustration.
citing papers explorer
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Finite-temperature formation of magnetic plateaus and simplex liquid states on the frustrated ruby lattice
Tensor-network simulation of the ruby-lattice antiferromagnet finds magnetic plateaus hosting simplex liquid states with residual entropy and continuous heat capacity at low but finite temperature.
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Realization of the Ruby Lattice Antiferromagnet in Layered Transition-Metal Fluorides
CsBaFe₃F₁₂ and CsBaCr₃F₁₂ are shown via DFT and Monte Carlo to realize slightly distorted ruby lattices with dominant short-range antiferromagnetic interactions and strong frustration.