The cradle of quantum spin liquids, triangular antiferromagnets show strong proclivity to
magnetic order and require deliberate tuning to stabilize a spin-liquid state. In this brief …

We have grown single crystals of PrMgAl 11 O 19, an ideal triangular-lattice antiferromagnet,
and performed magnetic susceptibility, specific heat, and thermal conductivity …

Two-dimensional triangular-lattice materials with spin-1/2 are perfect platforms for
investigating quantum frustrated physics with spin fluctuations. Here we report the structure …

A triangular lattice selenide series of rare earths (RE), Cs RE Se2, were synthesized as
large single crystals, using a flux growth method. This series stabilized in either trigonal (R …

Here we present a neutron scattering-based study of magnetic excitations and magnetic
order in NaYbO 2 under the application of an external magnetic field. The crystalline electric …

By employing inelastic neutron scattering (INS) and Raman scattering (RS) experiments, we
comprehensively investigate crystalline electric field (CEF) excitations in NaYbSe 2, a new …

The quantum spin liquid (QSL) state in rare-earth triangular lattices has attracted much
attention recently due to its potential application in quantum computing and communication …

Rare-earth-based triangular lattice materials are extremely attractive for studying
unconventional magnetism. Here, we report the magnetic properties of layered CsNdSe2 …

We use neutron scattering and bulk property measurements to determine the single-ion
crystal-field Hamiltonians of delafossites KErSe 2 and CsErSe 2. These two systems contain …

Alkali-metal rare-earth chalcogenide AREC h 2 (A= alkali or monovalent metal, RE= rare
earth, Ch= O, S, Se, Te) is a large family of quantum spin liquid candidates we discovered …