Chemical Sciences
Effects of ionic liquids on proteins in aqueous environment from computer simulation studies
Dynamical insights into fragmentations & ionizations of molecules under the influence of intense laser pulses
Unique mild processes based on catalytic transfer hydrogenolysis/ hydrogenation & photocatalysis for lignin valorization- Eliminating the use of high temperatures & non-renewable H2
Natural clay-plasma catalyzed hydrogenation of carbon-dioxide for methanol production under ambient conditions
Design & synthesis of a novel class of sequence - defined macrocycles with modular post-synthetic modification for material & biomedical applications
Electrocatalytic reduction of Co2 on composite electrodes- Investigation of mechanistic & electrodics aspects using Scanning electrochemical microscopy (Secm), in situ ftir spectroelectrochemistry & fast scan voltammetry technique
Response of diverse protein states to thrmodynamic extremes- Computational investigations of the pressure-temperature stability
New Pnp ligands & complexes from prebiotically relevant reactions- Bioinspired sequestration & activation of environmentally detrimental small molecules
Making sodium the new lithium- Stabilizing oxygen redox in high-energy sodium-ion batteries through accelerating materials discovery
Screening & formulation of commercially available Antiviral drugs (Avds) using choline-based ionic liquids against Sars-Cov2 infection
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