Physics department is an official research center approved by Mahatma Gandhi University.

There are three topics of research being pursued, currently : (i) space science  (Dr. Sumod S G), (ii) materials science (Dr. Siby Mathew) and (iii) computational physics (Dr. Roby Cherian).

Research in the are of Computational Physics is aimed at 1) Development of empirical pseudopotentials, Ab-initio electronic structure calculations, extraction of model Hamiltonian parameters from ab-initio approaches, understanding the physical properties of semiconductor nanocrystals using electronic structure calculations. (2) Computational Physics approach to understand various problems in physics.

Material science division envisage a platform to investigate on advanced materials and develop hybrid smart materials for sensor and optoelectronic applications. The material science lab highlight preparation, characterization and analysis of Nano semiconductor materials, Nano metals, Dielectric materials, Doped Polymer matrices and Sol-gel composite materials. The lab encourages student research activities via projects to MPhil, postgraduate and undergraduate students. Dr. Siby Mathew is in charge of the material science division.

Dr. Pius Augustine is also carrying out research in the Material Science Division. He was granted Teacher Associateship for Research Excellence (TARE), a research award from DST_SERB, Govt. of India to continue research at Material Research Centre, Indian Institute of Science (IISc), Bangalore (Dec 2020 to Dec 2023). He is also having research collaboration with Material Science Research Centre, Indian Institute of Technology (IIT) Madras, and Superconducting Materials Laboratory, Department of Material Science and Engineering, Shibaura Institute of Technology, Tokyo, Japan. His research interest includes Ferroelectrics Piezoelectrics, 2D materials, Ferroelectric memories, valleytronics, contact engineering etc. His group work on bulk and thin films studies (Sputtering, Pulsed Laser Ablation, Thermal Evaporation).

The Space Science Group (SSG) undertakes scientific research problems concerning the connection (Coupling) between Sun and Earth with emphasis on Space Weather and Plasma processes, using multitude of experimental (both ground and space based) platforms. The outputs from these studies provide corrections (which are more relevant over magnetic dip equatorial regions like Kerala, due to the unique electrodynamics of equatorial ionosphere) to the GPS signals with the help of ionospheric modelling, thereby enabling the ‘operational forecasting’ and has societal applications. In fact, the work encompasses the themes of international programs like NASA’s Living with a Star (LWS) and Climate and Weather of the Sun-Earth System (CAWSES) very well. Further, it helps in the fundamental understanding of our space, which is useful in context of safety of spacecrafts (satellites and rockets) and astronauts. In short, the gamut of activities of SSG would help not only to improve the reliability of communication/navigation systems, but also unravel many of the unresolved scientific problems in the realm of solar terrestrial research.



Assistant Professor

Assistant Professor

Assistant Professor

Assistant Professor

Associate Professor

Research Scholars


Mr. Kiran

Materials Science (Quantum Dots)


Mr. Sreeraj M S

Area of Work : Space Physics and Atmospheric Science


Ms. Kavya Ravindran

Area of Work: Ferroelectrics


Ms. Vidhya Sivan

Ferroelectric materials & 2D materials for memory applications.


  1. Installation of a Septentrio GPS receiver and Investigation of low latitude Neutral/Electrodynamical Coupling Processes using Radio Techniques
  2. Installation of a Flux Gate Magnetometer for the integrated current measurements over ionospheric altitudes
  1. Online Spectrometer
  2. Flood Plain Mapping And Monitoring Using Remote Sensing and GIS Approaches
  3. Assessment of Coastal Erosion Using Remote Sensing and GIS Technology at Chellanam And Vypin
  4. Hearing Through Vibrations
  5. Radio Telescopes – Detection of Hydrogen Line
  6. Newtonian Telescope Construction
  7. Seismometer
  8. Weather Satellite Decoder
  9. Theoretical Study on Tabletop Kater’s Pendulum
  10. Concentration Dependence of Refractive Index Of Sugar Solution
  11. DIY Spectrometer
  1. HI map using antenna
  2. Structural and electrical studies on bulk BCZT ceramics
  3. Computational approach to understand statistical experiment-a case study
  4. Advanced techniques for image processing for the data using 60mm refractor telescope
  5. Solar flare induced TEC over equatorial region