Na5Yb(MoO4)4 is a dipolar quantum paramagnet with an effective J=1/2 ground state, gapped spin excitations from dipolar correlations, and persistent dynamics down to 50 mK.
Evidence for gapped spin-wave excitations in the frustrated Gd2Sn2O7 pyrochlore antiferromagnet from low-temperature spe- cific heat measurements
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CaZn2Fe(PO4)3 is a high-spin S=5/2 frustrated honeycomb antiferromagnet exhibiting antiferromagnetic order at 1.67 K, persistent short-range correlations, field-induced spin canting, and proximity to a mean-field tricritical point due to competing exchanges and weak anisotropy.
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Magnetism and spin dynamics of Na$_5$Yb(MoO$_4$)$_4$: A weakly interacting rare-earth stretched diamond lattice
Na5Yb(MoO4)4 is a dipolar quantum paramagnet with an effective J=1/2 ground state, gapped spin excitations from dipolar correlations, and persistent dynamics down to 50 mK.
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Exotic magnetism and persistent short-range spin correlations in a frustrated honeycomb lattice antiferromagnet
CaZn2Fe(PO4)3 is a high-spin S=5/2 frustrated honeycomb antiferromagnet exhibiting antiferromagnetic order at 1.67 K, persistent short-range correlations, field-induced spin canting, and proximity to a mean-field tricritical point due to competing exchanges and weak anisotropy.