An Introduction to Computational Physics

Programming languages form the backbone of the digital technologies that have revolutionized our
lives. They are the medium of communicating human thoughts and instructions to computers, enabling
us to have software-based solutions to different problems. FORTRAN, or Formula Translation, is a
programming language that is surprisingly easy to learn and operate. On the ground, it has essentially
been designed for computationally intensive science and engineering applications. This book outlines
a broad spectrum of topics in computational physics, aiming to provide theoretical foundations and
practical guidance for students, researchers, and professionals interested in using computational
methods to solve physics problems. In each chapter, one can explore specific algorithms, supported
by examples, illustrations, and practical exercises to enhance the understanding and application of
computational skills. This book puts particular emphasis on solving some basic problems of physics
using FORTRAN.