Quantum Algorithm Framework Proposed for Yang-Mills Theory Simulations

A new preprint introduces a quantum algorithmic framework designed for efficiently simulating Yang-Mills theories, including the SU(3) gauge theory in Quantum Chromodynamics (QCD). The framework aims to remove local gauge redundancies using maximal-tree gauge, enabling more efficient Hamiltonian time evolution. This theoretical development, currently a preprint, could advance quantum computing applications in fundamental physics.