RESEARCH INTERESTS:
- Theory of atomic electric dipole moments (EDMs) arising from parity and time-reversal/CP violation and its role in testing the Standard Model of Particle Physics.
- Parity non-conservation (PNC) in atomic systems to probe the Standard
Model (SM) of particle physics using the relativistic many-body theory.
- Atomic parity non-conservation arising from the nuclear anapole moment to gain insights into parity violating nuclear interactions.
- Search for new candidates for atomic clocks.
- Studies of quantum phase transitions in cold atoms and breached-pair phase in the BEC-BCS crossover.
- Strong electron correlation effects in heavy atomic systems, molecules, clusters and accurate estimation of atomic properties.
- Determination of nuclear properties from atomic studies.
- Applications of atomic physics to astrophysics.
- Isotope shifts and absolute nuclear charge radii.
- Fine structure constant variation and implications to cosmology.
- High precision test of atomic many-body theories.
RESEARCH PROJECTS:
- Doctoral Thesis ”Coupled-cluster Theory of Parity Non-conservation in Atoms” under the supervision of Prof. Bhanu Pratap Das, Indian Institute of Astrophysics, Koramangala, Bangalore, India from November-2001 to September-2005.
HIGHLIGHTS OF MY RESEARCH WORKS:
Maintained By: Dr. B. K. Sahoo.