The spin-1/2 triangular-lattice XXZ antiferromagnet retains a zero-magnetization Y-type three-sublattice order for all easy-axis anisotropies, with asymptotic sublattice moment 0.419(7) instead of the classical 1/2.
Balents, Spin liquids in frustrated magnets, Nature464, 199 (2010)
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Nd3BWO9 hosts a magnetic liquid-gas-like critical endpoint whose supercritical fluctuations follow 3D-Ising scaling and cool to 195 mK.
An effective quantum rotor model connects finite-size energy splittings seen in exact diagonalization to the ObQD selection energy scale, allowing detection of quantum-selected order in one-, two-, and three-dimensional frustrated spin models.
Ba2La2MnTe2O12 exhibits 2D 120° AFM order in ab-planes with c-axis disorder at TN≈4.4K, showing strong frustration consistent with persistent spin fluctuations seen in μSR.
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Nontrivial three-sublattice magnetization in the easy-axis spin-1/2 XXZ antiferromagnet on the triangular lattice
The spin-1/2 triangular-lattice XXZ antiferromagnet retains a zero-magnetization Y-type three-sublattice order for all easy-axis anisotropies, with asymptotic sublattice moment 0.419(7) instead of the classical 1/2.
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Ising Supercriticality and Universal Magnetocalorics in Spiral Antiferromagnet Nd$_3$BWO$_9$
Nd3BWO9 hosts a magnetic liquid-gas-like critical endpoint whose supercritical fluctuations follow 3D-Ising scaling and cool to 195 mK.
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Finite-Size Spectral Signatures of Order by Quantum Disorder: A Perspective from Anderson's Tower of States
An effective quantum rotor model connects finite-size energy splittings seen in exact diagonalization to the ObQD selection energy scale, allowing detection of quantum-selected order in one-, two-, and three-dimensional frustrated spin models.
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Strongly frustrated 2D magnetism in a 3D hexagonal perovskite
Ba2La2MnTe2O12 exhibits 2D 120° AFM order in ab-planes with c-axis disorder at TN≈4.4K, showing strong frustration consistent with persistent spin fluctuations seen in μSR.