[Book] Artificial Photosynthesis: Latest Technologies Toward Practical Application

What are the key points for the practical application and utilization of dream energy technology?

In addition to research on the latest elemental technologies and a series of systems for artificial photosynthesis, this book integrates the development of technologies related to power generation, hydrogen utilization, and organic synthesis, as well as surrounding technologies. It addresses "how it can be utilized," aiming to foresee the practical application, future potential, and development of artificial photosynthesis. <Trends and Guidelines> - What are the differences between artificial photosynthesis and other energy technologies, and what challenges does it face? - What guidelines can be derived from natural photosynthesis for designing artificial photosynthesis? <Elemental Technologies> ● Water splitting and generation of hydrogen and oxygen (light reaction) - Light-harvesting systems ⇒ Concentrating antenna systems … What is the development status of model compounds for natural photosynthesis reaction centers? … Construction examples: Self-assembled chlorophyll / Self-organizing porphyrins - Charge separation systems and water oxidation-reduction systems ⇒ Various examples of catalytic reactions … Visible light-responsive multi-electron transfer catalysts and oxygen evolution catalysts … Oxide semiconductor photoelectrodes and redox photocatalytic reactions … Oxy-nitride-based photocatalysts … Water oxidation catalysts using metal complexes - Utilization of computational science… Examples of design and exploration of artificial photosynthesis technologies using first-principles calculations ● CO2 fixation, reduction, and organic synthesis technologies (dark reaction) - CO2 reduction reactions using molecular and semiconductor photocatalysts / complex catalysts / composite oxide semiconductor photocatalysts * For more details, see applications and performance examples below.

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