Hamburg

Introduction -- Some Results with a Bit of Formalism -- Limit Theorems The Statistical Behavior of Systems with Many Variables -- Brownian Motion First Encounter with Stochastic Processes -- Discrete Stochastic Processes Markov Chains -- Stochastic Processes with Continuous States and Time -- Probability and Deterministic Chaotic Systems -- Beyond the Gaussian Distribution -- Entropy Information and Chaos -- Appendix: Some Useful Results and Complements

This book introduces scientific computation in an accessible and interactive way for undergraduates, especially those in the sciences, engineering, and mathematics. No prior programming experience is expected. [...]

This book provides a comprehensive exploration in the fundamental physics of the non-relativistic atom in terms of its symmetries. The book gives a complete treatment of the dynamical symmetries of the H atom and the use of these symmetries to determine energy levels and analytically calculate the first order radiative Lamb shift using group theory. [...]