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# Elementary Quantum Mechanics

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## e-books in this category

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**Quantum Mechanics: An Introductory Framework**

- **Wikipedia** , **2014**

From the table of contents: Introductory Principles; The Quantum Theories; The Interpretation of Quantum Mechanics; Einstein's Objections; Schroedinger's Objections; Measurement Problems; Advanced Concepts; Advanced Topics; and more.

(**527** views)

**Quantum Mechanics: Concepts and Applications**

by **Tarun Biswas** - **State University of New York at New Paltz** , **2003**

The text maintains the separation of the minimal set of postulates from the mathematical techniques. At the same time close contact with experiment will be maintained to avoid alienating the physics student. Mathematical rigor is also be maintained.

(**1467** views)

**Quantum Mechanics Made Simple**

by **Weng Cho Chew** - **University of Illinois** , **2012**

This set of supplementary lecture notes is intended to teach quantum mechanics to undergraduate students as well as graduate students. The primary text book for this course is Quantum Mechanics for Scientists and Engineers by D.A.B. Miller.

(**1277** views)

**Quirky Quantum Concepts**

by **Eric L. Michelsen** - **UCSD** , **2013**

Wave mechanics, 1D scattering, matrix mechanics, angular momentum, spin-1/2, updated quantum electromagnetic interactions. This work is meant to be used with a standard text, to help emphasize those things that are most confusing for new students.

(**1004** views)

**Introductory Quantum Theory**

by **Neil Lambert** - **King's College London** , **2006**

From the table of contents: historical development and early quantum mechanics; wave mechanics; some simple systems; formal quantum mechanics and some Hilbert space theory; noncommuting observables and uncertainty; additional topics.

(**1184** views)

**Quantum Mechanics: Lecture Notes on Quantum Chemistry**

by **Eric R. Bittner** - **University of Houston** , **2003**

Contents: Survey of Classical Mechanics; Waves and Wavefunctions; Semi-Classical Quantum Mechanics; Postulates of Quantum Mechanics; Bound States of Schroedinger Equation; Quantum Mechanics 3D; Perturbation theory; Many Body Quantum Mechanics.

(**2880** views)

**The Quantum Revolution**

by **Roy McWeeny** - **Learning Development Institute** , **2011**

This book is devoted to the second great scientific revolution of the last century, the development of Quantum Mechanics as the necessary replacement of Newtonian dynamics in dealing with the motion of the ultimate constituents of matter.

(**1079** views)

**Quantum Physics**

by **James G. Branson** - **UCSD** , **2008**

This set of notes covers a 3 quarter advanced undergraduate quantum physics course at UCSD, from the beginning of Quantum Mechanics to the quantization of the electromagnetic field and the Dirac equation. Lecture videos are included.

(**4085** views)

**An Introduction to Quantum Chaos**

by **Mason A. Porter** - **arXiv** , **2001**

Nonlinear dynamics (''chaos theory'') and quantum mechanics are two of the scientific triumphs of the 20th century. The author gives a brief review of the origin and fundamentals of both quantum mechanics and nonlinear dynamics.

(**3855** views)

**A Primer on Quantum Mechanics and Its Interpretations**

by **Casey Blood** - **arXiv** , **2010**

All the concepts necessary to understand quantum mechanics on an initial level are given in a form suitable for the non-expert. The topics include visualizing the wave function, wave-particle duality, the implications of Schrodinger's cat, etc.

(**4280** views)

**Elementary Nonrelativistic Quantum Mechanics**

by **H. C. Rosu** - **arXiv** , **2000**

A graduate course on elementary quantum mechanics. The topics included are the postulates of quantum mechanics, one-dimensional barriers and wells, angular momentum and spin, WKB method, harmonic oscillator, hydrogen atom, quantum scattering, etc.

(**3840** views)

**Quantum Principles and Particles**

by **Walter Wilcox** - **Baylor University** , **1992**

This is an introductory text, it includes material which overlaps with particle physics, including a number of interesting models as well as material on identical particles. The ideas of quantum mechanics are introduced via Process Diagrams.

(**5961** views)

**Grains of Mystique: Quantum Physics for the Layman**

by **T. Haberkern, N. Deepak** , **2002**

Most of you will have heard the word quantum, and often wondered what it means, or what its significance is. If you wanted a simple tutorial, an introduction to quantum physics without all the hassles of mathematics, then read on.

(**4831** views)

**Heisenberg: Uncertainty**

by **David C. Cassidy** - **American Institute of Physics** , **2002**

The uncertainty principle is explained with text, pictures and voice clips. Heisenberg's leading biographer tells the full story of this eventful life, including the physicist's controversial role in Nazi Germany's nuclear program.

(**9463** views)

**Fundamental Quantum Mechanics for Engineers**

by **Leon van Dommelen** , **2009**

This book was written for engineering graduate students who find themselves caught up in nano technology. The first part of the book provides a solid introduction to classical quantum mechanics, the second part discusses more advanced topics.

(**11108** views)

**This Quantum World**

- **Wikibooks** , **2008**

Introduction to the subject of quantum mechanics, following the historical development of the theory. Physics and mathematics required. From the contents: atoms, the Feynman route to Schroedinger, the Schroedinger equation, entanglement.

(**4953** views)

**Lectures on Quantum Physics and Applications**

by **Paul E. Dimotakis** - **California Institute of Technology** , **1980**

Classical and wave mechanics, Schroedinger equation, quantum behavior in one-dimensional potentials, harmonic oscillator, orbital angular momentum, electromagnetic field, spin, radiation and matter, emission and absorption, and more.

(**4776** views)

**The origin and development of the quantum theory**

by **Max Planck** - **The Clarendon press** , **1922**

This is Max Planck's Nobel prize address delivered before the Royal Swedish Academy of Sciences at Stockholm, 2 June, 1920. He sketches the history of the origin of the Quantum Theory, the development of this theory and its influence on the Physics.

(**4510** views)

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