I am a theoretical physicist whose research spans quantum gravity, holography, quantum information, quantum chaos, and lattice field theory. My work has advanced the understanding of holographic entanglement entropy, emergent kinematic space, and quantum corrections in AdS gravity, including developing the quantum modular geometric tensor as a framework for deriving the geometry of kinematic space. I have also investigated the relationship between spectral form factors and out-of-time-ordered correlators, randomness and chaos in qubit systems, and quantum entanglement through Bell inequalities. My recent research explores dS/CFT correspondence through defect operators and modified inner products, the backreaction of Dirac matter in Jackiw–Teitelboim gravity and the Sachdev–Ye–Kitaev model, and non-Hermitian lattice formulations of interacting fermions. More broadly, my research seeks to uncover how spacetime, gravitational dynamics, and quantum information emerge from strongly coupled quantum systems.