Advancing Photosystem II Photoelectrochemistry for Semi-Artificial Photosynthesis

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Review article examining recent advancements in photosystem II photoelectrochemistry, focusing on electrode integration, charge-transfer processes at bio–material interfaces, and the role of biological photosynthetic systems in semi-artificial solar fuel production.

Authors: Jenny Z. Zhang; Erwin Reisner

Affiliation: Department of Chemistry, University of Cambridge, Lensfield Road, Cambridge CB2 1EW, UK

Correspondence: [email protected]

Document Type: Review article

Discipline: Chemistry; Bio-photoelectrochemistry; Artificial Photosynthesis

Key Topics: Photosystem II; water oxidation; photoelectrochemistry; semi-artificial photosynthesis; bio–material interfaces; solar fuel production

Research Focus: Electrode design and charge-transfer mechanisms in PSII-based systems

Applications Discussed: Solar-driven hydrogen generation; CO2 photoreduction; bio-hybrid fuel-forming devices

Biological Systems Referenced: Photosystem II; hydrogenase; carbon monoxide dehydrogenase; formate dehydrogenase; nitrogenase

Context: Development of semi-artificial approaches integrating biological catalysts with synthetic materials for solar-to-fuel conversion

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Topics: Photoelectrochemistry Semi-Artificial Photosystem

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