Ranjit Kumar Kalita

Department: Mathematics
Designation: Associate Professor

1. Education and Experience:

Degree Year of passing Board/university Percentage
Matriculation 1985 SEBA 72.7
PU 1987 AHSEC 54.3
Graduation 1992 Gauhati University 60.7
Post Graduation 1994 Gauhati University 63.8

2. Research Information:

Degree University Awarded Year Topic
Ph.D. Gauhati Universsity On Going Theoretical Studies on Solitary Waves and Coherent Studies in Dusty Plasma

3. Course Attended:

Course Duration University
Short Term Course 10th to 16th March/ 2016 Gauhati University

4. Seminar/Conference Details:

Seminar/Conference/Workshop International/ National / State Title of Paper
6th and 7th July/ 2013
Venue: Nabajyoti College, Kolgachia, Barpeta, Assam
National Level Dusty acoustic waves in higher order non-linearity with dust charge variation
3rd to 6th December/ 2013
Venue: KIIT University, Bhubaneswar, Odisha
National Symposium on Plasma Science and Technology Solitary waves soliton of dusty Plasma with higher order non-linearity with dust charge variation
3rd to 5th July/ 2014
Venue: VIT University, Chennai, Tamilnadu
National Workshop on Exploring Plasma Technology Material Processing Dust acoustic waves in higher non-linearity with dust charge variation.
26th to 28th March/ 2015
Venue: Gauhati University, Assam
International Modified KDV equation for dust acoustic solitary waves in dusty Plasma.
1st to 4th December/ 2015
Venue: Saha Institute of Nuclear Physics, Kolkata
National Modified KDV – Burger equation for sock wave solution in dust acoustic solitary in dusty plasma.
22nd December/ 2015
Venue: Gauhati University, Assam
National Shock wave structure for higher order mKdv- Burger equation in dusty Plasma with dust charge variation.


5. Publication Details:

Name of the Script Name of the Book ISBN/ISSN No
Higher order nonlinear effect in Dusty Plasma International Journal of Mathematical Science. Vol. 13, No. 1-2 ISSN No. 0972-754X
Modified KdV equation for Dusty Acoustic Solitary Waves in Dusty Plasma Proceeding of International Conference in Mathematics Science (ICFM-2015) ISBN No. 978-81-928118-9-5