About the Department
The department of Physics at Marudhar Kesari Jain college for women was established in 1993 with an ambition to pursue high-level teaching methodologies and top-notch research in advanced areas of experimental & theoretical physics, and interdisciplinary areas of science & technology.
Presently, the department supports undergraduate program, Postgraduate program in physics. Our curiosity driven research programs train young scientists to acquire knowledge and mould them as global leaders in science & technology to communicate and engage with the broader society. The department organizes seminars, conference, workshops, Guest lecture, Department competition to provide the good platform for growing researchers.
The Department of physics offers Allied course for first undergraduate students of other branches. The Department having well equipped sophisticated labs.
Mission
To create the awareness about the fundamental concepts and competency by providing the essential scientific knowledge and skills, so as to be able to become competent and successful in the chosen profession.
Vision
To facilitate the students to be world class Teachers, Researchers, Technicians, Engineers, and Scientists
Goals
We believe our students and their performance only can act as our perfect testimonial. So our main objective is that to impart quality education to our students with best available facilities. It is our greatest objective to obtain consistent and excellent results that would serve as our resume.
Faculties
Welcome to the Department of Physics at Marudhar Kesari Jain College for women. We have faculty with interests ranging from experimental to theoretical aspects of condensed matter physics, optics.
Apart from teaching physics courses and guiding students in their projects and theses, faculties actively engage in regular seminars and discussion forums and popular talks.
The Department has highly qualified, dedicated thirteen faculty members. The faculties are actively engaged in research activities. Some of the areas of interest are Nanotechnology, Spectroscopy, Nuclear physics, Crystal growth and Thin films.
Ms. S DHANALAKSHMI M.Sc.,
Trainee
Ms. M DEEPA M.Sc.,M.Phil.,
HOD
Ms. P PRAVEENA M.Sc.,M.Phil.,B.Ed.,
Assistant professor
Publications National Conferences
[1]
SYNTHESIS AND CHARACTERIZATION STUDIES OF CERIUM DOPED TITANIUM OXIDE NANO PARTICLES BY PRECIPITATION METHO
Read more...
Publications
National Conferences
[1] |
SYNTHESIS AND CHARACTERIZATION STUDIES OF CERIUM DOPED TITANIUM OXIDE NANO PARTICLES BY PRECIPITATION METHOD P.PRAVEENA In ADVANCED MATERIALS AND THEIR APPLICATIONS IN PHYSICS, Adhiyaman arts and science college for women, Aug 2017.
|
Workshops and Seminars Attended
National Seminars
[1] |
Innovative Materials in 2018 Organized, MARUDHAR KESARI JAIN COLLEGE FOR WOMEN VANIYAMBADI, 12 Oct 2018 to 12 Dec 2018
|
[2] |
Innovative Materials science Attended, Gonzaga College of arts and science for women., 22 Jul 2016 to 22 Jul 2016
|
[3] |
ADVANCED MATERIALS NSAM-2016 Attended, MARUDHAR KESARI JAIN COLLEGE FOR WOMEN, 20 Feb 2016 to 20 Feb 2016
|
International Conferences
[1] |
smart materials(icsm 2015) Attended, scared heart college (autonomous), 11 Feb 2015 to 12 Feb 2015
|
Others
[1] |
Faculty Development Programme Attended, MARUDHAR KESARI JAIN COLLEGE FOR WOMEN VANIYAMBADI, 15 Sep 2018 to 05 Sep 2018
|
[2] |
NUTRI- SMART IN 2018 Attended, MARUDHAR KESARI JAIN COLLEGE FOR WOMEN VANIYAMBADI, 05 Sep 2018 to 05 Sep 2018
|
[3] |
ROTRACT COMMITTEE Attended, MARUDHAR KESARI JAIN COLLEGE FOR WOMEN VANIYAMBADI, 03 Oct 2015 to 03 Oct 2015
|
[4] |
Faculty Development Programme Attended, MARUDHAR KESARI JAIN COLLEGE FOR WOMEN VANIYAMBADI, 15 Jul 2015 to 16 Jul 2015
|
[5] |
THINK TANK ON TEACHING & RESEARCH Attended, MARUDHAR KESARI JAIN COLLEGE FOR WOMEN VANIYAMBADI, 14 Mar 2015 to 14 Mar 2015
|
[6] |
Faculty Development Programme Attended, MARUDHAR KESARI JAIN COLLEGE FOR WOMEN VANIYAMBADI, 20 Dec 2014 to 20 Dec 2014
|
[7] |
Innovatives in nano science and crystal growth 2014 Organized, MARUDHAR KESARI JAIN COLLEGE FOR WOMEN VANIYAMBADI, 09 Oct 2014 to 09 Oct 2014
|
[8] |
Faculty Development Programme Attended, MARUDHAR KESARI JAIN COLLEGE FOR WOMEN VANIYAMBADI, 19 Jul 2014 to 19 Jul 2014
|
[9] |
Faculty improvement Programme Attended, MARUDHAR KESARI JAIN COLLEGE FOR WOMEN VANIYAMBADI, 08 Mar 2014 to 08 Mar 2014
|
Awards & Honors
[1] |
NUTRI-SMART DEPARTMENT NUTRITION , Sep 2017
|
Close
Ms. M ASTALAKSHMI M.Sc.,M.Phil.,B.Ed.,
Assistant professor
Ms. B PRABAVATHI M.Sc.,M.Phil.,
Assistant professor
Publications International Conferences
[1]
Synthesis, Crystal growth, spectral, optical, dielectric studies on Imidazolinium-L-Tartrate -A Promisi
Read more...
Publications
International Conferences
[1] |
Synthesis, Crystal growth, spectral, optical, dielectric studies on Imidazolinium-L-Tartrate -A Promising NLO material R. Mathammal, N. Sudha*, S. Janagi, B. Prabavathi In International Conference on Recent Advancements in Materials, NIT , Jul 2015.
Abstract [+]
ABSTRACT
Single crystals of Imidazolinium-L-Tartrate (IMLT) were grown by slow evaporation solution growth technique at room temperature using water as a solvent. The optical property of the crystal was carried out to purpose the material for NLO application. The Fourier Transform Infrared Spectrum and FT-Raman spectrum of Imidazolinium-L-Tartrate reveal the presence of functional groups in the compound. Using Powder X-ray diffraction studies various lattice parameters are obtained. The dielectric property of the crystal was measured as a function of frequency. The mechanical stability of the grown crystal has been tested using Vickers micro hardness tester. SHG behavior of the title compound was demonstrated using Q-switched Nd: YAG laser. All the findings in the present work indicate that IMLT has a potential application as a useful NLO candidate.
KEY WORDS: slow evaporation- Powder XRD-UV- dielectric – SHG-NLO.
|
National Seminars
[1] |
SYNTHESIS AND CHARACTERIZATION STUDIES OF TRANSITION METAL MG DOPED ZINC OXIDE NANO PARTICLES BY PRECIPITATION METHOD B.PRABAVATHI In ADVANCED MATERIALS AND THEIR APPLICATIONS IN PHYSICS, ADIYAMAN ARTS AND SCIENCE COLLEGE FOR WOMEN UTHANGARAI, Aug 2017.
Abstract [+]
Zinc oxide (ZnO) is an expensive optical material that has received widespread attention because of tremendous applications such as tremendous applications such as transparent conductive contacts, solar cells, ozone sensor, laser diodes, ultraviolet lasers and thin film transistors. Mg doped ZnO nanoparticles are prepared by Precipitation Method. Doping of transition metal like Mg have been incorporated in order to improve the structural and optical properties of ZnO materials. Then the detailed characterization analyses have been done from XRD, FTIR, and SEM measurements to understand the structural properties of Mg doped ZnO. In addition the optical property has been understood from the UV-Vis investigation.
|
Workshops and Seminars Attended
National Seminars
[1] |
Innovative Materials in 2018 Attended, MKJC, 12 Oct 2018 to 12 Oct 2018
|
[2] |
ADVANCED MATERIALS AND THEIR APPLICATIONS IN PHYSICS Attended, Adhiyaman arts and science college, 24 Aug 2017 to 24 Aug 2017
|
[3] |
Innovative Material SCIENCE IMS'16 Attended, AT Gonzaga College of arts and science for women., 22 Jul 2016 to 22 Jul 2016
|
Others
[1] |
ART SMART 2018 Attended, MKJC, 26 Sep 2018 to 26 Sep 2018
|
[2] |
Faculty Development Programme Attended, MKJC, 15 Sep 2018 to 15 Sep 2018
|
[3] |
NUTRI- LIF IN 2018 Attended, MKJC, 04 Sep 2018 to 04 Sep 2018
|
[4] |
ART SMART 2017 Attended, MKJC, 28 Sep 2017 to 28 Sep 2017
|
[5] |
NUTRI- SMART IN 2017 Attended, MKJC, 04 Sep 2017 to 04 Sep 2017
|
Close
Ms. A REENA ARUL VANI M.Sc.,M.Phil.,B.Ed.,
Assistant professor
Ms. M ANCHANA M.Sc.,M.Phil.,B.Ed.,
Assistant professor
Ms. E KOMATHI M.Sc.,B.Ed.,
Assistant professor
Ms. E ASHWINI M.Sc.,M.Phil.,B.Ed.,
Assistant professor
Ms. A JAYATHSENAYAI M.Sc.,M.,Phil.,
Assistant professor
Dr. V SABARI M.Sc.,M.Phil.,P.hd.,
Assistant professor
Ms. R YOGALAKSHMI M.Sc.,
Assistant professor
Ms. M ANITHA M.Sc
Assistant professor
Dr. C PAVITHRA M.Sc.,B.Ed.,Ph.D
Assistant professor
Infrastructure
No of Class rooms : 08
No of systems: 02
Labs : 02
Teaching Aids : OHP's, LCD Projectors, Lap-top
B.Sc. Physics Laboratory
This lab is used by undergraduate students. Approximately 230 B.Sc Main students and 55 B.Sc. subsidiary students are doing their experiments in this laboratory. This lab has the necessary facilities to perform most of the experiments related to optics, general physics and electronics.
This lab is to conduct practical classes pertaining to the study of B.Sc. students. Major equipment’s available: Newton’s ring, Lees disc Vibration and deflection magnetometer, Static torsion, Newton’s law of cooling, Air wedge ,Tan C etc. are some of the available major instruments.
M.Sc. Physics Laboratory
This lab is used by postgraduate students. Approximately 40 M.Sc. students are using this lab annually. This lab has the necessary facilities to perform the experiments related to general physics, electronics, microprocessor and c-programming.
This lab is to conduct practical classes pertaining to the study of M.Sc., students. Major equipment’s available:, Copper Arc Spectrum, Michelson experiments, Meyers apparatus, Young’s modulus, Hydrogen spectrum, Laser diffraction apparatus, Planck’s constant, Ultrasonic Interferometer single frequency for liquid, Ultrasonic Interferometer multi frequency for liquid, Optical Fiber Kit, band gap determination setup, etc. are some of the available major instruments.
This laboratory is used to synthesize materials (crystalline, poly-crystalline, amorphous and nano).
