Ganesh Venkataraman
Assistant Professor Grade-I
Chemistry
+91-3222-283318
Approach to complex molecular skeletons has transformed with a growing arsenal of efficient synthetic methodologies. Metals play an important role in this due to their diverse reactivity at their various oxidation states. Our group will focus on developing new, interesting multifunctionalization reactions utilizing this diversity.
Our interest is to use the versatility of carbonyl compounds in combination with the diversity in reactivity of the metal catalysts bearing chiral ligands and achieve highly selective transformations.
Radical - Photoredox CatalysisWe are interested in intercepting our metal catalyzed reactions with radicals. We are also interested in developing solely radical mediated transformation without the assistance of a metal.
Area of Research: Metal Mediated Difunctionalization of Unsaturated Systems
Area of Research: Metal Mediated Difunctionalization of Unsaturated Systems
Area of Research: Tranistion Metal Catalysis
Area of Research: Transition Metal Catalysis, Boron Chemistry
Area of Research: Transition Metal Catalysis, Boron Chemistry
Area of Research: Transition Metal Catalysis, Boron Chemistry
Area of Research: Transition Metal Catalysis, Boron Chemistry
Area of Research: Metal Mediated Difunctionalization of Unsaturated Systems
Area of Research: Transition Metal Catalysis, Boron Chemistry
Area of Research: Metal Mediated Difunctionalization of Unsaturated Systems