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

This review paper focuses on the current advancements in improving the optical and
electrical properties of n-type and p-type oxides and sulphide semiconductors. The demand …

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 …

Carbon is considered to exist in three basic forms: diamond, graphite/graphene/fullerenes,
and carbyne, which differ in a type of atomic orbitals hybridization. Since several decades …

A high-performance p-type transparent conductor (TC) does not yet exist but could lead to
advances in a wide range of optoelectronic applications and enable new architectures for …

With an indirect band gap in the visible and a direct band gap at a much higher energy,
boron phosphide (BP) holds promise as an unconventional p‐type transparent conductor …

The article presents evidence about the Middle Palaeolithic and Middle to Upper
Palaeolithic transition interval in the karst area of the Danube Gorges in the Lower Danube …

Boron phosphide has recently been identified as a potential high-hole-mobility transparent
conducting material. This promise arises from its low hole effective masses. However, boron …

CuI has been recently rediscovered as a p-type transparent conductor with a high figure of
merit. Even though many metal iodides are hygroscopic, the effect of moisture on the …

CuI thin films were deposited by pulsed laser deposition (PLD) in various Ar atmospheres.
Control over the morphology, structure and defect nature of the deposited films was …