Speaker
Description
To lead industrial innovation, the development of core nanomaterial technologies is
essential. Colloidal quantum dots (CQDs) are at the forefront of research into next
generation display materials. CQDs are semiconductor materials with sizes smaller than the
exciton Bohr radius, exhibiting quantum confinement effects that result in discrete energy
levels, like artificial atoms. These materials boast high photoluminescence quantum yield,
tunable emission wavelengths, and high color purity. The ability to control these properties
makes CQDs highly adaptable to a variety of applications, including solar cells and other
advanced devices. This study presents systematic approaches to manipulating CQD
properties and applying them to enhance device performance.
