This volume investigates the theoretical foundations and computational methodologies required to simulate Quantum Chromodynamics (QCD) on a discrete spacetime lattice. The editors, including experts such as Anastassios Vladikas and Laurent Lellouch, compile lecture notes from the 93rd Les Houches Summer School to provide a rigorous framework for understanding how high-performance computing enables the study of non-perturbative phenomena in particle physics. The text bridges the gap between abstract quantum field theory and the practical implementation of numerical algorithms on supercomputing architectures.

Experts and researchers in the field of high-energy physics recognize this volume as a comprehensive reference for the mathematical and computational techniques used in lattice simulations. Readers frequently note the high level of technical density, making it a standard resource for doctoral students and practitioners specializing in numerical quantum field theory.