This study focuses on advancing multilevel domain decomposition techniques to increase the scalability and efficiency of lattice QCD computations on exascale supercomputers. Lattice QCD is the pre-eminent ab initio method for solving the fundamental theory of the strong interaction, quantum chromodynamics, in the low-energy regime. Its indispensable role in exploring the precision limit of the Standard Model (SM) makes it a key player in the ongoing search for new physics. While lattice QCD has been … Continue reading MG4ML