COMPUTATIONAL PHYSICS

The book offers a two-part exploration of computational physics, beginning with an introductory section featuring 21 simulations designed for undergraduate physics students. The second part delves into advanced topics, focusing on Monte Carlo simulations of matrix field theories, including noncommutative and fuzzy field theories. This section comprises 9 simulations aimed at doctoral students, enhancing their understanding of matrix phenomena. Additionally, it includes sample codes and key solutions to aid in the learning process.