Theoretical physics are broadly the study of physical systems using theoretical models with their mathematical structures and techniques. Further, numerical and symbolic computations and computer simulations have now become standard tools in theoretical physics to study more complex physical systems. Among common areas of theoretical physics are quantum theory, relativity, field theory, condensed matter, wave propagation, nonlinear dynamics, mathematical physics and computational method in physics. Research focus of theoretical physics group are on quantization and quantum foundations, geometry & topology in physics, hyperbolic geometry, maass cusp forms formula, complex networks, non-commutative quantum mechanics model, complex Hermite polynomials and polynomials associated to coherent states.

Information on Key Researchers:

Keywords: Quantum theory, quantization, complex networks, non-commutative quantum mechanics

Research Highlights:

• Parallel computation of maass cusp forms using Mathematica.

• Complex biorthogonal polynomials arise in non-commutative quantum mechanics model in two dimensions.

• Quantization & Quantum Foundations - investigating underlying mathematical and theoretical structures in quantum theory or its possible extensions.

• Geometry & Topology in Physics - employing abstract topological and geometrical structures in describing effectively physical systems & phenomena.

Link to Postgraduate Study: Theoretical and Computational Physics

Kemaskini:: 28/04/2017 [juitamdtahir]