Research

Research Interests:

Sustainability sets up an emerging trend that is being widely considered in advanced organic synthesis. Despite the chemical inertness, the utilization of renewable and easily available feedstocks have captured the broader attentions of synthetic organic chemistry community, while developing synthetic strategy for the constructing value-added products. Our research investigations encompass the following topics:

(1) Transition Metal catalysis (2) Visible Light Photocatalysis (3) Molecular Editing 


Catalysis is excelling at  the arena of organic synthesis as key technology. This ever flourishing field is being nurtured by looking into multiple aspects, such as harnessing novel reactivity as well as selectivity, among others, to address the existing and/or unmet challenges.

Mechanistic Rationale remains compelling for the betterment of chemical process by improving efficiency & selectivity, rectifying competitive process, among others. Unraveling key insights by tracking intermediates, monitoring kinetics & energy profile  represents as integral part of such studies.

Application of Catalysis enhances the prospects of modern organic synthesis, including diverted total synthesis, late-stage modification of advanced synthetic intermediates & pharmaceuticals, lead library generation in drug discovery, functional material synthesis, among other applications.