Magnetism is a phenomenon that has always captured the imagination of humans. Its
discovery in the western world is attributed to the ancient Greek civilization. More than 2500 …

This review provides a detailed account of density functional theory (DFT) and its application
to the calculation of molecular properties of inorganic compounds. After introducing some …

Inelastic neutron scattering, susceptibility, and high-field magnetization identify LiCuVO 4 as
a nearest-neighbour ferromagnetic, next-nearest-neighbour frustrated, quasi–one …

A mixed theoretical and experimental approach was used to determine the local magnetic
anisotropy of the dysprosium (III) ion in a low-symmetry environment. The susceptibility …

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 …

The magnetic interactions in organic diradicals, dinuclear inorganic complexes and ionic
solids are presented from a unified point of view. Effective Hamiltonian theory is revised to …

We report zero-field muon spin relaxation (μ SR) measurements on R FeAsO with R= La,
Ce, Pr, and Sm. We study the interaction of the FeAs and R (rare-earth) electronic systems in …

The application of theoretical methods based on density functional theory using hybrid
functionals and localized, atomic orbital type basis sets is shown to provide good estimates …

We propose a scheme to realize a frustrated Bose-Hubbard model with ultracold atoms in an
optical lattice that comprises the frustrated spin-1/2 quantum XX model. Our approach is …

Properties of the zigzag spin chains with various nearest-neighbor and next-nearest-
neighbor interactions are studied by making use of the transfer-matrix renormalization group …