Motivated by the recent synthesis of a number of Mott insulating square-kagome materials,
we explore the rich phenomenology of frustrated magnetism induced by this lattice …

Over the last decade, the spin-1/2 Heisenberg antiferromagnet on the square-kagome (SK)
lattice has attracted growing attention as a model system of highly frustrated quantum …

The square-kagome lattice Heisenberg antiferromagnet is a highly frustrated Hamiltonian
whose material realizations have been scarce. We theoretically investigate the recently …

Abstract Nabokoite family compounds ACu 7 (TeO 4)(SO 4) 5 Cl (A= Na, K, Cs, Rb) are
candidates for the experimental realization of highly-frustrated 2D square kagomé lattice …

Classical spin systems with non-coplanar ground states typically exhibit nonlinear
magnetization curves characterized by kinks and jumps. Our article briefly summarizes the …

Classical magnets exhibit exotic ground-state properties such as spin liquids and
fractionalization, promising a manifestation of superposition and projective symmetry …

We apply the rotation-invariant Green's function method to study the finite-temperature
properties of a S= 1/2 sawtooth-chain (also called Δ-chain) antiferromagnetic Heisenberg …

The influence of the interactionally generated anisotropy on the magnetic as well as
thermodynamic properties of geometrically frustrated antiferromagnetic systems is …

We consider a classical Heisenberg model on the kagom\'{e} and the square kagom\'{e}
lattice, where at zero magnetic field non-coplanar cuboctahedral ground states with twelve …