Tag: bandgap engineering

A new PLOS One study finds that contact resistance at antimony–MoS2 junctions falls to a minimum of 308 Ω·μm at ...

A SCAPS-1D simulation study reports that a lead-free inorganic Cs2BiAgI6 perovskite solar cell with optimized TiO2 and Cu2O transport layers ...

A first-principles DFT study shows that nitrogen and oxygen co-doping, together with carboxylic acid functionalization, narrows the electronic gap of ...

Researchers coupled nitrogen-doped lignin-derived carbon quantum dots with BiOCl to create a composite photocatalyst that converts CO2 into carbon monoxide ...

First-principles calculations reveal that a new boron-carbon-nitride monolayer remains stable under wide tensile strain while its bandgap, light absorption, and ...

Researchers have grown silicon-doped α-(AlxGa1−x)2O3 films with bandgaps exceeding 7 electronvolts and conductivities over 100 million times higher than any ...

Chinese researchers used urea decomposition in a confined dual-crucible setup to create chlorine-doped SnO2 rich in oxygen vacancies, narrowing its ...

Co-doping carbon quantum dots with nitrogen and sulfur dramatically boosts their nonlinear optical response under low-power lasers, opening new routes ...

Researchers have grown wafer-scale monolayer boron carbon nitride with record-setting p-type transistor performance, filling a critical gap in the materials ...

Researchers have unveiled an Optimize-to-Optimize machine-learning workflow that uses rules distilled from 275 stable low-entropy chloride double perovskites to guide ...