
Department of Physics
University of Kerala
Established in 1970
Re acreditted by NAAC with A++ grade
Department of Physics
University of Kerala
Kariavattom Campus
Thiruvananthapuram
Reduced graphite oxide - pure water supercapacitor : A futuristic waterbased energy storage device
Dr. Biju V
Learn more
Researchers develop a prototype reactor for urine recycling
Mature technologies for urine recycling will play a vital role in policy framing and planning for public utilities. Urine is also one of the largest sources of waste water on earth.
Dr.R Jayakrishnan
Learn more

Development of magnetic nanostructures for magnetic hyperthermia applications
Savitha’s group is also active in developing new Multiferroic materials. They are a special class of materials that exhibit ferroelectricity, ferromagnetism, and Ferro elasticity in a single or hybrid form. The coupling between ferroic orders in these materials paves the way for novel devices and technologies.
Dr.Savitha Pillai S
Learn more
Solar-Terrestrial Interactions (STI) Research
Solar–Terrestrial Interactions (STI) Research focuses on the coupling between different regions in near-earth Geospace (Mesosphere, Thermosphere, Ionosphere, and Magnetosphere) as well as on Earth affecting solar transient events and solar activity.
Dr. Ajesh. A
Learn more
Sustainable Materials and Energy Research
Dr. Deepa’s group is engaged in the development and architecture of novel materials and devices for sustainable energy. Photovoltaic and electrochromic devices as well as materials for photocatalysis and invisible electronics are being explored.
Dr. Deepa K G
Learn more
Research on Morphology of Earth’s Ionosphere-Thermosphere System
Development of a hind casting scheme for the nocturnal ionospheric plasma irregularities and its successful validation, first of a kind
Dr. Aswathy R P
Learn more
Solid Oxide Fuel Cells-Fuel cells for next generation
Rare Earth Based Oxide ion conducting electrolytes for Environmental friendly Solid Oxide Fuel cells applications
Dr. Sibi K S
Learn more
Molecular docking for drug discovery and development
Our research focuses on quantum chemical computations using Density Functional Theory (DFT) methods, molecular docking, vibrational spectral studies of natural molecules, and characterization of nonlinear optical materials for optical power limiting applications using the Z-scan technique
Dr. I Hubert Joe
Learn more
Active Brownian Transport in Physical and Biological Systems (Theoretical Statistical Physics group)
Ammenable for experimental verification and all the theoretical results are important to implement magnetic control on the dynamics of an active suspension by fine tuning the physical properties of the system together with the external magnetic field and can be applicable in predicting the response of magnetotatic bacteria inside living cells.
Dr. Mamata Sahoo
Learn more
Research on different areas of functional materials
The research group led by Dr. Subodh G mainly focuses on two different areas of functional materials, viz (i) microwave materials and (ii) inorganic phosphors
Dr. Subodh G
Learn more