Dynamics of charges and redox sites for advancing artificial photosynthesis of H2, H2O2, and CO2-to-multiproducts

Key Points

• Hydrogen production, a key focus, is enhanced by optimizing charge dynamics and redox sites in artificial photosynthesis.
• Key evidence shows an increase in efficiency by 30% through specific arrangements of redox sites during the conversion process.
• Analysis of redox dynamics under various conditions reveals potential pathways for CO2 conversion and hydrogen synthesis.
• This highlights the need for improved electrode materials to enhance scale-up potential in practical applications.