N-Doping Improves Carbon Quantum Dot Optical Properties
Researchers report the synthesis of nitrogen (N)-doped carbon quantum dots from biomass precursors (glucose and ammonia) with outstanding optical properties and considerable PLQY.
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Researchers report the synthesis of nitrogen (N)-doped carbon quantum dots from biomass precursors (glucose and ammonia) with outstanding optical properties and considerable PLQY.
An innovative photonic crystal and single quantum dot imaging platform was created for applications in biosensing.
The signal intensity of PIERS was enhanced approximately five-fold through the employment of conductive polymeric materials having plasmonic properties.
Magnetically directing and self-propelling nanorobots were fabricated with internally decorated SERS probes that monitor the in situ loading of cargo molecules
Porous 2D materials exhibit large surface areas, diverse compositions, and increased electronic conductivity, endowing them with a great potential for use in electrochemical, photocatalytic, and energy applications.