Transparent conducting oxides constitute a unique class of materials combining properties
of electrical conductivity and optical transparency in a single material. They are needed for a …

Transparent conducting materials (TCMs) are crucial in the operation of modern opto-
electronic devices, combining the lucrative properties of optical transparency and electronic …

The geometric and electronic structures of MoO3 and MoO2 have been calculated using the
generalized gradient approximation to density functional theory. The calculated cross …

Over one hundred years have passed since the discovery of the p-type transparent
conducting material copper iodide, predating the concept of the “electron–hole” itself …

The doping of ceria (CeO2) with divalent noble metal ions has been shown to improve the
reducibility and enhance the oxygen storage capacity (OSC), although the reasons for this …

SnO2 is an abundant, low cost, natively n-type, wide band gap oxide, which can achieve
high conductivities due to facile donor doping. Realization of a p-type SnO2 would, however …

CuCrO2 is the most promising Cu-based delafossite for p-type optoelectronic devices.
Despite this, little is known about the p-type conduction mechanism of this material, with both …

The demand for advanced optoelectronic functional materials is rapidly growing due to
globalization and environmentally-friendly practices. Delafossite CuAlO 2 is a promising …

The origin of the almost unique combination of optical transparency and the ability to bipolar
dope tin monoxide is explained using a combination of soft and hard X-ray photoemission …

CuI has been the best-known p-type transparent conductor (TC) for years, yet its conductivity
still lags behind n-type TCs. Herein, we demonstrate S-doped CuI films via pulsed laser …