Computational Physics
by Nicholas Giordano, Hisao Nakanishi
A flexible computational physics resource covering motion, chaos, fractals, and quantum systems with algorithms and example programs for students and instructors.
About This Book
Computational Physics provides instructors with a wide selection of topics and depth of coverage for computational physics courses.
The text examines projectile motion with and without air resistance, planetary motion, and the three-body problem.
It explores chaotic pendulum motion, waves on a string, fractal growth, and stochastic systems.
Examples from statistical physics and quantum mechanics are included to illustrate computational methods.
Ample explanations of algorithms help students write original programs, supported by example code and calculations.
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