Re-Post-My Department and our endeavors
The Department was established in the year 1970 under the Faculty of Science. Dr. K. S. Viswanathan, eminent theoretical Physicist and student of Nobel Laureate Sir C. V. Raman, was the founder Head of the department. The Department started functioning with a UGC sponsored Post M.Sc Diploma Course in Space Physics, with 7 students and a few research scholars. From the modest beginning, it has grown into one of the largest and most bustling centres of academic activity. The department has received support from DST under the FIST programme. At present the department offers M.Sc., M. Phil and Ph.D programmes in Physics.
Our Endeavors
The current focus of my research is on understanding and exploiting the dynamics of oxide ion conductivity of complex ceramic oxides. In particular, I am interested in development of dynamics of oxygen ions at micro scales of ceramic oxides. At small scales, microstructures variations produce fantastic tailor made properties in IT SOFCs which have a very important part to play in next Generation Fuel Cells. An Impedance Analyzer features as the main characterization tool since optimization of characterization of oxide ion conductivity is mainly dine in frequency range limited to few mHz to MHz. At such frequencies, we need to pay attention to phenomena generally ignorable at macro scales. The need for realising very high oxide ion conducting electrolytes leads to careful study of power enhancement of Solid Oxide Fuel cells. In recent times, I have devoted considerable effort on advancing the current understanding of pyrochlore structured complex ceramic oxides focusing on how they behave in different atmospheric conditions. I have also initiated works related to Non Linear Optics following the legacy of my dear teacher Dr. C I Muneera. In NLO lab, we have studied several aspects of Non Linear Behaviours or organic as well as inorganic samples producing interesting results in Micro electromechanical devices (MEMs) Last but not least we continue to explore intrinsic properties of some conventional organic material using Z-scan techniques. In addition, I am also interested in astronomy, sundials, sky observations and universe modeling. In particular, I am interested in developing computational tools and techniques that help in modeling phenomena at astronomical scales.
My Resume
Lab Facilties
Four/Two probe setup for VI characterisation (AC and DC)
High Temperature Furance (1273 K and 1673 K)
NLO Lab Facility
UV-VIS Spectroscope
Electronics Lab
General Physics Lab
Library Facility (Over 7000 books)
Smart Class Facility
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