Development of self-assembly driven path to produce poly-elemental nanoparticles to be used in different applications.
Mona Vishwakarma, Debdip Bhandary*, Computational Materials Science, 2024, 243, 113147
Develop a quantification method of hydrogel's and other polymers' responsive behaviour
Understanding the dynamics of materials during the charging-discharging cycles of a cell and developing new technologies for next-generation cells.
Designing and understanding the dynamics of liquid crystals and hairy nanoparticles for interfacial engineering
Design and develop new material recipes for advanced engineering applications.
Te-MobiX: Safe and Degradation-Controlled Batteries with Efficient Charging for Tropical e-Mobility, under the call MAHA-EV, Funded by ANRF, (May 2025 - May 2028)
Investigation on Hydrogels and Development of Multi-Responsive Polymers for Healthcare Applications, under the call Start-up Research Grant, Funded by SERB (Jan 2022 - Jan 2024)