In the realm of cutting-edge technology, a remarkable advancement has been made in the field of ultraviolet (UV) detection. Researchers have developed a self-powered UV photodetector that operates without the need for an external power source. This innovation is based on a unique combination of mate
Imagine this: scientists discovered a neat trick to make zinc oxide (ZnO) thin films super responsive to light. They did it by mixing in something called electron cyclotron wave resonance (ECWR) plasma during the film-making process. The secret sauce? Tweaking the ECWR power. The magic number t
Ever heard of PtSe2? It's a two-dimensional material that's catching scientists' attention for its amazing optoelectronic properties. The thing is, when combined with bulk materials like silicon, there are often issues with defects and carrier losses. This study introduces a clever solution: using h
Photodetectors play a crucial role in tools like high-speed communication systems and real-time monitoring devices. But many current photodetectors face challenges like low carrier efficiency and slow response times due to material constraints and interface mismatches. In this study, researchers des
