Spin liquids are collective phases of quantum matter that have eluded discovery in
correlated magnetic materials for over half a century. Theoretical models of these enigmatic …

The discovery of magnetism by the ancient Greeks was enabled by the natural occurrence of
lodestone–a magnetized version of the mineral magnetite. Nowadays, natural minerals …

We have synthesized high-quality single crystals of volborthite, a seemingly distorted
kagome antiferromagnet, and carried out high-field magnetization measurements up to 74 T …

The orbital is one of the four fundamental degrees of freedom in a solid, besides spin,
charge and lattice. In transition metal compounds, it is usually the d orbitals which play …

We present new magnetic heat capacity and neutron scattering results for two magnetically
frustrated molybdate pyrochlores: S= 1 oxide Lu 2 Mo 2 O 7 and S= 1 2 oxynitride Lu 2 Mo 2 …

The spin-1 2 kagome antiferromagnet is an archetypal frustrated system predicted to host a
variety of exotic magnetic states. We show using neutron scattering measurements that …

We investigate the dynamical properties of the classical antiferromagnetic Heisenberg
model on the kagome lattice using a combination of Monte Carlo and molecular dynamics …

Quantum spin liquids are outstanding examples of highly quantum entangled phases of
matter and serve as a testbed to gauge central concepts of strongly correlated materials …

We report on the microscopic magnetic modeling of the spin-1 2 copper mineral malachite at
ambient and elevated pressures. Despite the layered crystal structure of this mineral, the …

This review presents some theoretical advances in the field of quantum magnetism in two-
dimensional systems, and quantum spin liquids in particular. The first version published in …