Recent years have seen the discovery of a multitude of exotic hadrons containing heavy quarks through collider experiments, notably at the Large Hadron Collider (LHC). My research focused on deriving a novel form of the Hamiltonian to describe heavy dibaryons, utilizing QCD-inspired potential models. Simultaneously, I explored the impact of these dibaryons on the abundance of light elements, particularly during Big Bang Nucleosynthesis (BBN).

Modeling the Hamiltonian for heavy exotic dibaryons by employing QCD-inspired quark models and utilizing variational diagonalization of simultaneous six-quark states.

Explored impure state utilization for restoring anomalous symmetries in simple quantum systems and conducted theoretical study of Chiral anomalies using Classical and Quantum Functional Methods during internship.

Simulating a mathematical model of the behavioral flocking of birds using a sequential combination of quantum gates using the Qiskit Software.