My work comprises a balance between analytic calculations and high-performance computations. My publications can be accessed from arXiv.

The problems I'm working on :

• Pattern formation in mixtures of molecular motor - microtubules in eucaryotic Cells.

  
  
  

• Static and dynamic properties of nematic liquid crystals .

  

  • The zero temperature relaxational dynamics of uniaxial and biaxial NLC's quenched from the isotropic phase and coarsened deep into the nematic phase in one-dimensional system of size 32 with periodic boundary condition.
  • The 2D plot of the angles and orientational dynamics in biaxial nematics.
  • Schlieren textures and the order parameter field dynamics in 2D uniaxial nematics of size 256.
  • Equilibrium profile and fluctuation effects of Isotropic - Nematic interface with temperature.
  • Appearance of inter-commutating strings in a uniaxial nematic quenched from isotropic state in 3D using 256 nodes of a parallel cluster. System size is 256^3.
  • Biaxial quench : Order parameter field dynamics for a 512 X 512 system for 50K time steps and 1024 X 1024 system for 100K time steps.

• Dynamics of a non-conserved scalar field (e.g. magnetisation in classical ising system). The code is run on a 256^3 lattice on 256 nodes of a parallel machine.