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Computational Physics encompasses the application of numerical methods and algorithms to solve physical problems, particularly in the context of nuclear engineering. It involves the development and use of computer simulations to model and analyze complex nuclear systems, making it an essential tool for understanding and optimizing their behavior. By leveraging advanced computational techniques, researchers can explore phenomena that are difficult or impossible to investigate experimentally, leading to new insights and advancements in the field. This discipline is deeply rooted in the broader categories of science and engineering, as it draws upon mathematical foundations, physical principles, and computational approaches to deliver innovative solutions in nuclear engineering.