The project is primarily intended to deal with the following fundamental and application events in a sequential manner via molecular architecture followed by detailed experimental and theoretical investigations. It also proposes to explore the applic
Section: Life Sciences & Biotechnology (Research Project)
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Stabilization of
Stabilization of single metal atoms/clusters over redox active two dimensional conductive crystalline frameworks for chemiresistive hydrogen gas sensing
Research Project › Chemical Sciences
Probing the
Probing the electrochemical redox origins for the flash phenomenon in ceramics: Design for fundamental studies and applied extensions
Research Project › Engineering Sciences
Design and
Design and Synthesis of Metal Nanoclusters Using Redox-Active and Ambiphilic Ligands: Exploring Ligand-Induced Reactivity
Research Project › Chemical Sciences
Designing Phenalenyl-based
Designing Phenalenyl-based Supramolecular Redox Cages for Transition Metal-free Redox Catalysis
Research Project › Chemical Sciences
Stereoelectronically Tunable
Stereoelectronically Tunable Redox-Active NHC Ligands and their Reactive Adducts; Synthesis and Catalytic Applications of their Transition Metal Complexes
Research Project › Chemical Sciences
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