Research
My research interest concerns computational particle physics, commonly
known as
Lattice Gauge Theory
(including lattice QCD).
My work in lattice
QCD mainly focuses on the numerical study to understand
the structures and interactions of hadrons.
A comprehensive understanding of the low energy hadron
phenomenology as a consequence of chiral symmetry breaking is a
challenge in particle and nuclear physics. Lattice QCD is the only
known way to understand it from the first principle with controlled
errors. Due to recent theoretical and computational advances, lattice
computations have emerged as a precise computational tool (in some
cases comparable to experiment). With advances in Terascale computing
and better algorithms, full QCD (including dynamical fermions)
simulations are becoming increasingly accessible at adequate physical
volumes, and at pion masses approaching the physical pion mass; and
with all these, lattice gauge theory has the potential to obtain
precise results for various physical observables in nuclear and
particle physics.
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