Realization of Quantum Dipoles in Triangular Lattice Crystal Ba3Yb(BO3)3

Abstract

We investigate the thermodynamic properties of the ytterbium-based triangular lattice compound Ba3Yb(BO3)3. The results demonstrate the absence of any long-range ordering down to 56 mK. Analysis of the magnetization, susceptibility and specific heat measurements suggests that Ba3Yb(BO3)3 may realize a S = 1/2 quantum dipole lattice, in which the dominant interaction is the long range dipole-dipole coupling on the geometrically frustrated triangular lattice, and exchange interactions are subdominant or negligible.

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Cited by in corpus (12)

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• Spin excitations in the quantum dipolar magnet Yb(BaBO${}_3$)${}_3$
• Magnetic properties of triangular lattice antiferromagnets Ba3RB9O18 (R = Yb, Er)
• Tracking the evolution from isolated dimers to many-body entanglement in NaLu${}_x$Yb${}_{1-x}$Se${}_2$
• Magnetic properties and spin dynamics in a spin-orbit driven Jeff= 1/2 triangular lattice antiferromagnet
• Magnetic properties of a spin-orbit entangled Jeff = 1/2 honeycomb lattice
• Low-temperature magnetic behaviour on the triangular lattice in hexagonal Ba${}_3$Tb(BO${}_3$)${}_3$
• Magnetically disordered ground state in the triangular-lattice antiferromagnets Rb${}_3$Yb(VO${}_4$)${}_2$ and Cs${}_3$Yb(VO${}_4$)${}_2$
• Stacking disorder in novel ABAC-stacked brochantite, Cu${}_4$SO${}_4$(OH)${}_6$
• Disordered ground state in the three-dimensional face-centred frustrated spin-$\frac{5}{2}$ system MnSn(OH)${}_{\text{6}}$
• Magnetic anisotropy and dipolar interactions in the frustrated triangular-lattice magnet NaGdS_2
• Magnetic ground state of a Jeff = 1/2 based frustrated triangular lattice antiferromagnet