Dynamics of Open-Quantum systems

Supervisor : Dr. Rajeev Singh• Aug 2021 - Ongoing

Working on Open-Quantum Systems, which are strongly coupled with the environment and their dynamics.

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Quantum quench in spin-chains

Supervisor : Dr. Rajeev Singh• June 2020 - July 2021

Studied quantum quench in a Heisenberg spin-chain and carried out the computations using state-of-the-art tensor network techniques like the Density Matrix Renormalization Group (DMRG)and Time-Evolving Block Decimation (TEBD).

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Photon transport through 1-D open quantum system

Supervisor : Dr. Rajeev Singh• Jan 2020 - May 2020

Studied photon transport through an atomic medium modeled by a one-dimensional interacting spin chain coupled to photon baths at the boundaries.

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Quantum Phase transition in sawtooth spin-chain systems

Supervisor : Professor Subhro Bhattacharjee• May 2022 - Ongoing

Currently analysing the simulation results after studying a spin 1/2 sawtooth chain with competing Heisenberg antiferromagnetic interactions between their nearest neighbors. Utilized the DMRG technique to characterize the ground-state phase diagram in the spin 1/2 sawtooth chain.

Geometric Quench in Quasi-Periodic Potential

Supervisor : Dr. Ranjan Modak• May 2021 - Jan 2022

Studied a geometric quench on a system of fermions in the one-dimensional lattice in the presence of a quasiperiodic potential using the DMRG and TEBD techniques. Used features like the site occupation and the spreading of the entanglement with time to characterize the localization-delocalization transition.

My work, "Geometric quenches in quasi-disordered lattice system," with Dr. Ranjan Modak, has been published in Physical Review B