The long-range periodic atomic arrangement or the lack thereof in solids typically dictates
the magnitude and temperature dependence of their lattice thermal conductivity (κlat) …

Within the cuprate constellation, one fixed star has been the superconducting dome in the
quantum phase diagram of transition temperature vs. the excess charge on the Cu in the …

We present a study on the properties of superlattices made of ultrathin Sr2CuO4− δ layers
sandwiched between La2CuO4 layers beyond the antiferromagnetic insulating nature of the …

Evidence is growing that a second dome of high-T c superconductivity can be accessed in
the cuprates by increasing the doping beyond the first dome. Here, we use ab initio methods …

A major open topic in cuprates is the interplay between the lattice and electronic dynamics
and the importance of their coupling to the mechanism of high-temperature …

A crucial issue in cuprates is the extent and mechanism of the coupling of the lattice to the
electrons and the superconductivity. Here we report Cu K edge extended X-ray absorption …

Because of its sensitivity to the instantaneous structure factor, S (Q, t= 0), Extended X-ray
Absorption Fine Structure (EXAFS) is a powerful tool for probing the dynamic structure of …

A common characteristic of many “overdoped” cuprates prepared with high-pressure oxygen
is T c values≥ 50 K that often exceed that of optimally doped parent compounds, despite O …

While the conducting CuO 2 planes in cuprate superconductors have been widely
recognized as a crucial component in producing high superconducting T c, recent …

First-principles investigations of the high-temperature superconducting system Ba 2 Cu O 3+
δ, recently discovered at δ≈ 0.2 at T c= 70 K, are applied to demonstrate the effects of …