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When Does Organic Photoredox Catalysis Meet Artificial Photosynthesis?
1Department of Chemistry, University of Cambridge, Lensfield Road, Cambridge, CB1 2EW, UK.
Angewandte Chemie (International Ed. in English)
|February 1, 2019
Summary
Photocatalysis research in artificial photosynthesis, photoreformation, photoredox catalysis, and photodynamic therapy is advancing in isolation. This editorial urges collaboration to foster a unified and accelerated development of photocatalysis science.
Area of Science:
- Focuses on the interdisciplinary field of photocatalysis, encompassing diverse applications.
- Highlights the fundamental principles shared across various photocatalytic processes.
Background:
- Current research in artificial photosynthesis, photoreformation, photoredox catalysis, and photodynamic therapy operates in distinct silos.
- Despite shared foundational concepts, these areas are developing independently, limiting synergistic progress.
Discussion:
- The isolation of research fields within photocatalysis hinders cross-pollination of ideas and techniques.
- A unified approach is needed to leverage advancements across different applications.
- This editorial advocates for breaking down disciplinary barriers.
Key Insights:
- The core mechanisms of photocatalysis are consistent across multiple applications.
- Independent development pathways limit the full potential of photocatalytic technologies.
- Collaboration is essential for scientific acceleration.
Outlook:
- Encourages researchers to bridge the gap between isolated fields within photocatalysis.
- A call to action for a more integrated and holistic approach to photocatalysis research.
- Aims to accelerate the development of advanced photocatalytic solutions through interdisciplinary cooperation.
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