CAFM Research Topics
The research topics of CAFM encompass the following areas:
Nanomaterials Synthesis & Characterization
Synthetic design of functional nanomaterials, characterization and structure-property correlations
Hybrid Solar Cells
Hybrid third-generation solar cells with the goal to increase the photoconversion efficiency and stability
Fuel Cell Materials
Developing efficient fuel cell materials for water electrolysis and photolysis, CO₂ capture and storage
Strongly Correlated Materials
Magnetism and magneto-transport property investigation of strongly correlated materials
Drug Delivery Systems
Polymeric and supramolecular assemblies for drug delivery applications
Environmental Remediation
Biomaterials for environmental remediation and pollution control
Our research focuses on the synthesis of smart materials, structure-property elucidation, device fabrication and cutting-edge applications with an emphasis on nanoscience and nanotechnology.
Interdisciplinary Approach
CAFM promotes an interdisciplinary research environment that bridges:
Physical Sciences
Fundamental material properties, quantum phenomena, and device physics
Chemical Sciences
Material synthesis, characterization, and chemical functionalization
Biological Sciences
Biocompatible materials, drug delivery, and environmental applications
Engineering
Device fabrication, scale-up, and technological implementation