Quantum Mechanics for Pedestrians 1: Fundamentals

Book Details

• Author: Jochen Pade

• Brand: Springer

• Edition: 2014 ed.

• Binding: Paperback

• Number of Pages: 452

• Release Date: 19-11-2013

• EAN: 9783319007977

• Languages: English

About The Book
This book provides an accessible introduction to the fundamentals of non-relativistic quantum mechanics, covering both traditional material and modern developments in the field. In Part 1, the essential principles of quantum mechanics are developed, while Part 2 explores applications and extensions of the formalism.

The book goes beyond standard quantum mechanics texts by incorporating topics such as interaction-free quantum measurements, neutrino oscillations, quantum information, the measurement problem, entanglement, Bell's inequality, decoherence, and more. It also discusses contemporary interpretations of quantum mechanics. The author uses a systematic approach that alternates between wave mechanics and algebraic representation, making the material more intuitive and clear. The mathematical tools necessary for understanding the subject are introduced step by step, with an appendix providing advanced topics like the Quantum-Zeno effect and Shor's algorithm.

In addition, the book includes about 250 exercises (most with solutions) to help deepen the reader's understanding of the topics.

Why It's Special

• Modern Approach: The book goes beyond the basics of quantum mechanics, addressing current issues like quantum information and the realism debate.

• Systematic Learning: It uses a unique approach to explain both wave mechanics and algebraic representations.

• Comprehensive Appendix: The appendix contains essential mathematical tools, making the book more self-contained and reducing the need for additional literature.

• Extensive Exercises: With 250 exercises and solutions, the book ensures readers can reinforce their understanding as they progress.

Target Audience
This book is ideal for students of physics (both minors and majors), student teachers, and anyone seeking a clear yet modern introduction to quantum mechanics.