College of Basic Sciences & Humanities / Mathematics, Statistics & Physics / Thrust Areas
Development and convergence analysis of efficient iterative methods for the numerical solutions of nonlinear equations and nonlinear systems arising in diverse fields like physics, engineering, biology, and many other fields
Study and mathematical modelling of dynamic behavior and vibrational characteristics of plates with variable thickness, material non-homogeneity, and complex geometries under the influence of variable thermal effects and boundary conditions
Exploring and refining the inequalities involving matrices and operator inequalities including norm inequalities and their improvements, positive linear maps, and matrix functions.
Development of alternative/new models to collect reliable data on sensitive characteristics relating to agricultural and social sciences using randomized response techniques (RRT).
Applied Statistics, Design of Experiment, Statistical Software (SAS & R)
Detector design and simulation in the development and optimization of the Silicon Vertex Detector (SVD).
Profiling water content in crops and wood species using beta and gamma radiations
Study of dynamics of nonlinear wave structures in Plasma physics using theoretical models and non-Maxwellian particle distribution
