Computational Physics

Looking for a comprehensive Computational Physics book that covers a wide range of topics? Look no further! Our book is designed with the instructor in mind, providing flexibility in choosing topics and depth of coverage. Whether you want to delve into projective motion with or without realistic air resistance, explore planetary motion and the intriguing three-body problem, or dive into the chaotic motion of the pendulum and waves on a string, our book has got you covered.

Not only that, but we also include in-depth discussions on topics such as fractal growth and stochastic systems, allowing students to gain a deeper understanding of these fascinating areas. To help students grasp the complexity of statistical physics and quantum mechanics, we provide ample explanations of the necessary algorithms they need to write their own programs.

Our book goes above and beyond by not only explaining concepts but also providing numerous example programs and calculations for reference. This allows students to apply their knowledge in practical ways and reinforces their understanding of the subject matter. With our book, students will not only become skilled in computational physics but also gain valuable programming experience.

Don't miss out on this invaluable resource for both instructors and students. Get your hands on our Computational Physics book today and unlock the door to a deeper understanding of the world of physics. Learn more about the book and start your journey towards mastering computational physics now!