Discover how scientists are turning living cells into microscopic factories for creating biocompatible quantum dots, revolutionizing medical imaging and cancer therapy.
Discover how CdS/ZnS core-shell quantum dots integrated with paper-based microfluidics are creating revolutionary sensors for healthcare, environmental monitoring, and food safety.
Explore how cadmium selenide and cadmium telluride quantum dots are revolutionizing energy storage and medical diagnostics through their unique electrochemical and optical properties.
Explore how quantum dots combined with luminol chemistry create revolutionary nanoparticles for hydrogen peroxide imaging in disease detection.
Explore how quantum dot nanocrystals are transforming optical technologies through electrically pumped lasers and amplifiers with unprecedented tunability.
Explore how quantum dots are transforming biomedical science through advanced imaging, targeted drug delivery, and revolutionary diagnostic applications.
Explore the fascinating world of cadmium-based quantum dots, their unique properties, and three primary synthesis methods revolutionizing technology.
Explore how radio frequency scanning tunneling microscopy enables spin spectroscopy of molecular quantum dots, revealing quantum secrets at atomic scale.
Explore the fascinating surface chemistry of colloidal semiconductor quantum dots on graphitic substrates and their revolutionary applications in nanotechnology.
Explore how ionic liquids are revolutionizing the synthesis of CdSe quantum dots, creating brighter, more stable nanocrystals through green chemistry approaches.