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Theoretical studies on unfolding the mystery of RNA: As an application towards biomedical & green electronics

Thermodynamic and structural characterization of pathways for crystal nucleation in solutions

This project aims to address challenges in simulating crystal nucleation from solutions. The Indian side proposes to compute crystal nucleation pathways and rates of simple solutes from their solutions using a molecular theory for nucleation in low-c

Thermoelectric properties & self-organization processes in silicates, doped by metal oxides

Thiophene fused Aza-Azulene based conjugated systems for organic electronic devices

Tin & Germanium based nanostructured anode materials for Li ion battery

Total synthesis of bengamide E & analogues towards the discovery of novel anti-cancer agents

Total synthesis of calyciphyllie A-type alkaloids- A scaffold diversity approach

Total synthesis of indolizinone, quinolizinone & quinazolinone based natural products via Cp*Co(iii)-Catalyzed Cascade C-H functionalization

Towards Decarbonization of Cement Industry Model-based Optimization of a Pyrolysis Technology for Flexible Use of Waste Fuels

The project aims to develop and industrialize a pyrolysis technology for increasing biomass and waste-derived fuels in cement production, facilitating the phase out of fossil fuels and decarbonization of the cement industry. The U-type reactor develo

Towards understanding packing in molecular solid. An approach to establish relationship between packing & properties