Investigate how the properties of quantum dots change based on their dimensions and core structures.
Analyzed various quantum dot samples with different dimensions and core compositions.
Measured optical and conductive properties for correlation with dimensions.
Examined structure-property relationships through advanced characterization techniques.
Found that smaller quantum dots exhibit significantly altered optical properties compared to larger ones.
Demonstrated a direct correlation between core structure variations and electrical conductivity.
Identified critical dimensions that lead to optimized performance in application-specific contexts.
Abstract
While dimension-dependent properties of quantum dots (Qdots) - in addition to the dependence on the constituents and structure of the core - have received great attention, the importance of their...