Over the last decade impressive progress has been made in the theoretical understanding
of transport properties of clean, one-dimensional quantum lattice systems. Many physically …

The literature of low‐dimensional CuII molecular magnetic systems in which superexchange
pathways involve halide ions and/or cyclic 1, 4‐diazines is reviewed. Compounds are …

When quantum fluctuations destroy underlying long-range ordered states, novel quantum
states emerge. Spin-liquid (SL) states of frustrated quantum antiferromagnets, in which …

We present numerical results for the spin and thermal conductivity of one-dimensional (1D)
quantum spin systems. We contrast the properties of integrable models such as the spin-1/2 …

A distinct thermal Hall signal is observed in a quantum spin liquid candidate Ba 3 CuSb 2 O
9. The transverse thermal conductivity shows a power-law temperature dependence below …

Low-temperature thermal conductivity (κ), as well as magnetization (M) and electric
polarization (P), of multiferroic orthoferrite DyFeO 3 single crystals are studied with H∥ c …

The study of CoNb 2 O 6 sits at the confluence of simplicity and complexity: on one hand, the
model for Ising chains—the building blocks of CoNb 2 O 6—in a transverse field can be …

The presence of a quantum-critical point (QCP) can significantly affect the thermodynamic
properties of a material at finite temperatures T. This is reflected, eg, in the entropy …

Low-dimensional quantum magnets promote strong correlations between magnetic
moments that lead to fascinating quantum phenomena. A particularly interesting system is …

We investigate the thermal-transport properties of the kagome antiferromagnet Cd-
kapellasite (Cd-K). We find that a field-suppression effect on the longitudinal thermal …