DyNb7O19 contains well-separated bilayers of ideal triangular lattice nets and magnetic susceptibility data show no long-range ordering down to 2 K, making this an intriguing spin-liquid candidate mat
The understanding of the physics of spin liquids is one of the key outstanding problems in quantum magnetism. From an experimental perspective, the lack of suitable candidate materials for this intrig
We propose single-crystal neutron diffraction experiment on the triangular spin-liquid candidate KYbS2. We will probe the nature of three field-induced ordered states detected in our thermodynamic mea
Bi1.7V8O16 is a member of the Hollandite family and its structure is base upon two sets of V4+ (S = 1/2) and V3+ (S = 1) chains. Bi1.7V8O16 undergoes a Metal-Insulator transition (MIT) around 62 K and
Raw datasets for published paper generated through Monte Carlo simulation. Includes thermodynamic data as a function of temperature; spin configurations of ground states; and simulated magnetic diffus
