Tunable electronic and optical properties of silicon-rich SiC quantum dots doped with copper: A first-principles approach

Key Points

• Tunable electronic properties enhance functionality in silicon-rich quantum dots, improving their application scope.
• Copper doping significantly modifies optical properties, leading to potential advancements in photonics applications.
• First-principles approach provides detailed insights into the underlying mechanisms of electronic and optical changes.
• Further exploration into copper's influence may pave the way for innovative designs in optoelectronic devices.