We review ground states and excitations of a quantum antiferromagnet on triangular and
other frustrated lattices. We pay special attention to the combined effects of magnetic field h …

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 …

The nontrivial magnon band topology and its consequent responses have been extensively
studied in two-dimensional magnetisms. However, the triangular lattice antiferromagnet …

The magnetic phases of the ideal spin-1 2 triangular-lattice antiferromagnet Ba 3 CoSb 2 O
9 are identified and studied using Ba 135, 137 nuclear magnetic resonance (NMR) …

The anomalous thermodynamic properties of the paradigmatic frustrated spin-1/2 triangular-
lattice Heisenberg antiferromagnet (TLH) has remained an open topic of research over …

We report the high-pressure optical floating-zone growth of GdInO 3 single crystals and
show its magnetic phase diagram down to the millikelvin regime as determined by …

A recently discovered kagome antiferromagnet Y 3 Cu 9 (OH) 19 Cl 8 has attracted
significant interest due to its unique kagome lattice structure and magnetic properties. The …

Quantum fluctuations become particularly relevant in highly frustrated quantum magnets and
can lead to new states of matter. We provide a simple and robust scenario for inducing …

Frustrated magnets based on oxide double perovskites offer a viable ground wherein
competing magnetic interactions, macroscopic ground state degeneracy and complex …

We study the magnetic excitations of the antiferromagnetic XXZ model on two-dimensional
triangular lattice. We find there is a magnon valley thermal Hall effect. As far as we know, this …