Hello, I'm Navdeep Singh Dhindsa

I investigate strong interactions in particle physics through lattice gauge theory, focusing on hadronic spectroscopy using the non-perturbative lattice formulation of quantum chromodynamics (QCD). This systematically improvable framework offers first-principles insights into the dynamics of strong interactions. My research aims to unravel the structure and interactions of hadrons, particularly those composed of heavy quarks, to enhance our understanding of fundamental forces. These efforts complement phenomenological studies within large collaborations and enable exploratory investigations that bridge gaps in theoretical understanding while motivating experimental searches for yet-undiscovered hadronic states.

Beyond QCD, I explore strongly coupled systems relevant to physics beyond the Standard Model (BSM), employing lattice techniques to study phenomena where perturbative approaches are insufficient. My journey with lattice gauge theory began during my PhD, where I used numerical computations to study supersymmetric field theories non-perturbatively. This experience established a strong foundation in lattice methodologies, which I now apply and refine in the study of both QCD and BSM physics.

Lattice techniques are flexible and can help solve complex problems in areas like condensed matter physics. I am always eager to learn new numerical methods to understand challenging systems in high-energy physics and beyond.