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Research Experience: 1. Relativistic many-body theory of atoms: I
am familiar with relativistic coupled-cluster theory(CC), many-body
perturbation theory(MBPT) and configuration interaction(CI). I have applied
relativistic theory to carry out studies of ionization potentials, excitation
energies, transition probabilities, hyperfine interactions, relativistic g_j
factor correction for bound state(atom) and parity non-conserving transition
amplitudes in neutral atoms and ions. 2.
Interaction of atoms with strong magnetic fields I have worked on the influence of magnetic field on inter-combination transitions in atoms and ions. Computational
Experience: I
have used large scale computational resources including shared and distributed
parallel clusters for my research on relativistic many-body theory of atoms
and ions. I
have goog knowledge on ForTran programming. I also have basic ideas about UNIX
and LINUX operating systems. I have parallelised large computer codes using
Message Passing Interface(MPI). Schools
and Conferences Attended: 1.
International Conference on Perspectives in Theoretical Physics,
Physical Research Laboratory, Ahmedabad, India, January 8 12, 2001 2.
Science
and Engineering Research Council(SERC) School on high energy physics, Utkal
University, 17th Jan. 2002 10th Feb. 2002 3.
School on Distributed Parallel Computer Programming(DPCP02),
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