- Howey Physics building N-207
Graduate Teaching Assistant
PhD Physics (in progress), Georgia Institute of Technology, Atlanta, USA
M.S. Physics (2019), Georgia Institute of Technology, Atlanta, USA
B.Tech. Civil Engineering (2009), Indian Institute of Technology Roorkee, Uttarakhand, India
- Low-dimensional interacting many-body quantum systems
- Correction to thermal conductance beyond Luttinger liquid model.
- Coulomb drag
- Boltzmann's kinetic equation in quantum systems.
- First passage time on lattice
- Physics education
- Modelling and Simulation, Simulated annealing.
- Computational condensed matter
- Machine learning
- Kamal Sharma and N. Kumar, First-passage time: Lattice versus continuum, Phys. Rev. E 86, 032104 (2012)
Works in Progress
Currently working on the effects of particle-particle interaction on transport properties of low-dimensional systems. In particular, gapless one-dimensional many-body systems belong to the universality class of Luttinger liquids that have sound-like excitations at low energy (near Fermi energy). However, traditional Luttinger liquids lack the physical features that makes a model realistic. We are working on additions to the existing model to account for physical properties that a real system should have, for e.g. thermalization, etc.