Theoretical insights into energy and charge transfer mechanisms in curcumin–nanographene hybrids: toward bio-inspired photonic and sensing applications

Key Points

• Energy transfer mechanisms in curcumin–nanographene hybrids were explored and show promising theoretical insights.
• Key metrics indicate that charge transfer efficiency increases significantly in these hybrid materials, enhancing performance.
• Theoretical insights were gained through a comprehensive analysis that models energy and charge transfer in the hybrids.
• This research highlights the potential of developing bio-inspired photonic devices, paving the way for innovative sensing technologies.