The interfaces in assemblies of 2D materials could produce opto-electronics devices, according to Monash University in Australia, which is designing them using density functional theory (DFT) based band-structure modelling. “2D perovskites show interesting photo-physical properties and better stability compared to typical bulk perovskites,” according to Monash. “However, till now, near-infrared and visible-range optoelectronic device performance …
The post Dissimilar 2D materials stack harmoniously to turn photons into electrons appeared first on Electronics Weekly .