About
Events and Activities
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Goals and Objectives
About
AIMS & GOALS
The Organometallics research line aims at tackling problems arising from fundamental and applied concepts. The prototypes resulting from laboratory research in environmental, energy, forensic science, and medical nanoengineering can be commercialized. The concepts and prospects have directly benefited in developing technologies for latent fingerprints, drug delivery, solar cells, sensors, energy storage and conversion devices. The outcome is evident from a significant increase in the number of high-quality publications and featured journal covers from the group. The investigations on the elegant organometallic gold nanoparticles have catalyzed the growing field of nanotechnology and its wide applications. The research line extends to design and investigate catalytically relevant MOFs for green hydrogen generation, complexes mediating challenging bond-forming reactions and perovskites solar cells for efficient photon to current conversion.
RESEARCH AREAS
- Organometallic Gold Nanoparticles
- Metal Organic Frame Works
- Perovskites Solar Cells
- Computational Chemistry
- Molecular Modelling
- Synthetic Organic Chemistry
Events and Activities
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Highlights
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Collaborations
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Research Publications
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Goals and Objectives
The Organometallics research line aims at tackling problems arising from fundamental and applied concepts. The prototypes resulting from laboratory research in environmental, energy, forensic science, and medical nanoengineering can be commercialized. The concepts and prospects have directly benefited in developing technologies for latent fingerprints, drug delivery, solar cells, sensors, energy storage and conversion devices. The outcome is evident from a significant increase in the number of high-quality publications and featured journal covers from the group. The investigations on the elegant organometallic gold nanoparticles have catalyzed the growing field of nanotechnology and its wide applications. The research line extends to design and investigate catalytically relevant MOFs for green hydrogen generation, complexes mediating challenging bond-forming reactions and perovskites solar cells for efficient photon to current conversion.
