My responsibilities involve carrying out independent as well as collaborative research in the field of theoretical physics. My primary research interest involves studying the strong force that governs the interactions between neutrons, protons and other hadrons. The theory that models this strong force is called quantum chromodynamics (QCD). I use the methods in lattice QCD and quantum computing for solving frontier questions in this subject in a hope of deepening our understaing of the nature.

Teaching assistant for the graduate level course PHYS 624: Advanced Quantum Mechanics in Fall 2021. Responsibilities:1. Grading homework, midterms and finals.2. Carry out discussion sessions with students.

Teaching assistant for the graduate level course PHYS 604: Methods of Mathematical Physics in Fall 2019. Responsibilities:1. Grading homework, midterms and finals.2. Weekly discussion sessions with students.3. Guest lectured three lectures

Teaching Assistant for PHYS 261: General Physics II Laboratory in Spring 2019.Responsibilities:1. Grading homework, midterms and finals.2. Weekly discussion sessions with students

Teaching Assistant for PHYS 260: General Physics II: Vibration, Waves, Heat, Electricity and Magnetism in Fall 2018Responsibilities:1. Grading homework, midterms and finals.2. Weekly discussion sessions with students

We took up a minimal fermionic mixing DM model of a standard model SU(2) singlet and a doublet, and updatedthe allowed parameter space under relic density criteria and recent direct search experiment, PandaX. We studied in detail the prospect of discovering it at the Large Hadron Collider for multilepton final state with 2, 3 and 4 leptons using Monte Carlo simulation methods. The analysis is done for a few benchmark points in the parameter space allowed by relic density and direct… Show more We took up a minimal fermionic mixing DM model of a standard model SU(2) singlet and a doublet, and updatedthe allowed parameter space under relic density criteria and recent direct search experiment, PandaX. We studied in detail the prospect of discovering it at the Large Hadron Collider for multilepton final state with 2, 3 and 4 leptons using Monte Carlo simulation methods. The analysis is done for a few benchmark points in the parameter space allowed by relic density and direct detection criteria. We obtained that this model is difficult to detect in future LHC runs at high luminosity due to heavy background from SM processes. But the significant region of the parameter space can still be tested for displaced charged vertex at LHC. Show less

We calculated the neutral pion spectra resulting from the interaction between chiral soliton lattice ground state of neutral pions in a strong magnetic field and dynamical electromagnetic fields. We then performed a low-temperature thermodynamics analysis on this system.