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Research

My research interest concerns computational aspects of quantum field theories, mainly Lattice Gauge Theory. My works in lattice Quantum Chromodynamics (QCD) mainly focus on large scale simulations to understand the structures and interactions of subatomic particles, known as hadrons.

A comprehensive understanding of the hadron phenomenology as a consequence of the chiral symmetry breaking is a challenge in particle physics. Lattice QCD is the only known way to understand it from the first principle with controlled systematics. With advances in petascale computing and better algorithms, full QCD simulations are becoming increasingly accessible at adequate volumes and small enough lattice spacings, and at quark masses approaching their physical values. With all these recent developments, lattice gauge theory can provide precise results for various physical observables in nuclear and particle physics.

 Current Projects

 Students and postdocs

       Current

  • Parikshit Junnarkar
  • Sourav Mondal
  • Abhijit Guria

       Previous

  • M. Padmanath (Ph.D. 2014, Currently at University of Regensburg as Marie-Curie Fellow)
  • Andrew Lytle (University of Glasgow, UK)
  • Jyotirmoy Maiti (Barasat College, India)
  • Archana Radhakrishnan (College of William and Mary, USA)
  • Deovrat Prasad (Indian Institute of Science, India)
  • Abhish Dev (University of Maryland, USA)
  • Shashin Pavaskar (Carnegie Mellon University, USA)

 Collaborations

 Lattice QCD Links