Quantum spin liquids form a novel class of matter where, despite the existence of strong
exchange interactions, spins do not order down to the lowest measured temperature …

The Kitaev honeycomb model has attracted significant attention due to its exactly solvable
spin-liquid ground state with fractionalized Majorana excitations and its possible …

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 …

The mineral barlowite, Cu 4 (OH) 6 FBr, has been the focus of recent attention due to the
possibility of substituting the interlayer Cu 2+ site with non-magnetic ions to develop new …

Clinoatacamite (γ-Cu2 (OH) 3Cl) possesses a geometrically frustrated kagome lattice for the
S= 1/2 antiferromagnetic spin system. Thus, it is deemed as the mother compound of many …

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 …

Geometric frustration of magnetic ions can lead to a quantum spin liquid ground state where
long-range magnetic order is avoided despite strong exchange interactions. The physical …

We present the hydrothermal synthesis, as well as structural and chemical analysis, of single
crystals of EuCu 3 (OH) 6 Cl 3, Zn x Cu 4− x (OH) 6 (NO 3) 2 and haydeeite, and MgCu 3 …

Polymorphism of Cu2 (OH) 3Cl coupled with partial substitution of Jahn–Teller active Cu2+
by other divalent metal cations gives rise to the complex mineralogy of the atacamite family …

MgMn3 (OH) 6Cl2 serves readily as the classical Heisenberg kagome antiferromagnet
lattice spin frustration material, due to its similarity to herbertsmithite in composition and …