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Visible Light-Driven Fused Indole Synthesis, authored by Chandra Sekhar, is a comprehensive guide on the photochemical construction of fused indole frameworks using visible light photocatalysis. The book covers a wide range of topics related to organic chemistry, including synthetic methods, catalysis, green chemistry, organic photochemistry, and reaction mechanisms.
One of the key focuses of the book is the synthesis of heterocyclic compounds, specifically indole derivatives, using visible light-driven photocatalysis. The author explains how this method of synthesis enables the use of sustainable chemistry, and offers a greener and more efficient alternative to traditional methods of chemical synthesis.
The book delves into the molecular design and organic functionalization of various organic compounds, exploring the role of Lewis acids, photoredox catalysts, and other chemical intermediates in the process. It also covers the various energy transfer mechanisms involved in the process of photoactivation, and the use of carbonyl compounds and redox reactions in organic transformation.
Additionally, the book explores the synthesis of aromatic compounds and N-heterocycles, and their potential use in the discovery of natural products and alkaloids. It also covers the excited state chemistry of organic materials, cascade reactions, and enantioselective synthesis using organic substrates.
Overall, Visible Light-Driven Fused Indole Synthesis provides a valuable resource for researchers, students, and professionals in the field of synthetic organic chemistry, offering insight into the latest advances and techniques in the field.
