Many-body effects in sulfur-doped carbon nitride quantum dots: Bandgap modulation and photoluminescence tuning

Key Points

• Enhanced photoluminescence observed due to sulfur doping, indicating a potential for improved optoelectronic devices.
• The bandgap modulation achieved in sulfur-doped carbon nitride quantum dots reflects important many-body effects influencing light emission.
• Investigation utilizes advanced spectroscopic methods to analyze the relationship between sulfur doping and quantum dot properties.
• Findings highlight the significance of tailored materials in advancing optoelectronic technologies and applications.