Multi-intermolecular forces strengthen interfacial carrier mobility in poly (barbituric acid) all-organic heterojunction systems for efficient solar-to-hydrogen conversion

Key Points

• Enhanced interfacial carrier mobility promotes better energy conversion efficiency, leading to improved hydrogen production.
• Key evidence demonstrates that multi-intermolecular forces significantly strengthen carrier transport in these systems.
• Evaluation of poly barbituric acid heterojunctions shows promising potential for efficient solar-to-hydrogen conversion.
• Future advancements may focus on optimizing these materials for practical applications in renewable energy.