9780814414880

What gives objects their color? Why does copper conduct electricity, but glass does not? Why is carbon dioxide a greenhouse gas while oxygen and nitrogen are not? These are basic questions about how our world works that can't be answered with the usual explanations.

Michael D. Fayer, Ph.D., is the David Mulvane Ehrsam and Edward Curtis Franklin Professor of Chemistry at Stanford University, and a member of the National Academy of Sciences. He has won major prizes and honors in the fields of physics, chemistry, and molecular spectroscopy, and is the author of Elements of Quantum Mechanics. He lives in Stanford, California.

Preface	p. vii
Schrödinger's Cat	p. 1
Size Is Absolute	p. 8
Some Things About Waves	p. 22
The Photoelectric Effect and Einstein's Explanation	p. 36
Light: Waves or Particles?	p. 46
How Big Is a Photon and the Heisenberg Uncertainty Principle	p. 57
Photons, Electrons, and Baseballs	p. 80
Quantum Racquetball and the Color of Fruit	p. 96
The Hydrogen Atom: The History	p. 118
The Hydrogen Atom: Quantum Theory	p. 130
Many Electron Atoms and the Periodic Table of Elements	p. 151
The Hydrogen Molecule and the Covalent Bond	p. 178
What Holds Atoms Together: Diatomic Molecules	p. 196
Bigger Molecules: The Shapes of Polyatomic Molecules	p. 221
Beer and Soap	p. 250
Fat, It's All About the Double Bonds	p. 272
Greenhouse Gases	p. 295
Aromatic Molecules	p. 314
Metals, Insulators, and Semiconductors	p. 329
Think Quantum	p. 349
Glossary	p. 363
Index	p. 375
Table of Contents provided by Ingram. All Rights Reserved.

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<html><head></head><body>Preface IF YOU ARE READING THIS, you probably fall into one of two broad categories of people. You may be one of my colleagues who is steeped in the mysteries of quantum theory and wants to see how someone writes a serious book on quantum theory with no math. Or, you may be one of the vast majority of people who look at the world around them without a clear view of why many things in everyday life are the way they are. These many things are not insignificant aspects of our environment that might be overlooked. Rather, they are important features of the world that are never explicated because they are seemingly beyond comprehension. What gives materials color, why does copper wire conduct electricity but glass doesn’t, what is a trans fat anyway, and why is carbon dioxide a greenhouse gas while oxygen and nitrogen aren’t? This lack of a picture of how things work arises from a seemingly insurmountable barrier to understanding. Usually that barrier is mathematics. To answer the questions posed above—and many more—requires an understanding of quantum theory, but it actually doesn’t require mathematics. This book will develop your quantum mechanics intuition, which will fundamentally change the way you view the world. You have an intuition for mechanics, but the mechanics you know is what we refer to as classical mechanics. When someone hits a long drive baseball, you know it goes up for a while, then the path turns over and the ball falls back to Earth. You know if the ball is hit harder, it takes off faster and will go farther before it hits the ground. Why does the ball behave this way? Because gravity is pulling it back to Earth. When you see the moon, you know it is orbiting the Earth. Why? Because gravity attracts the moon to the Earth. You don’t sit down and start solving Newton’s equations to calculate what is going on. You know from everyday experience that apples fall down not up and that if your car is going faster it will take longer to stop. However, you don’t know from everyday experience why cherries are red and blueberries are blue. Color is intrinsically dependent on the quantum mechanical description of molecules. Everyday experience does not prepare you to understand the nature of things around you that depend on quantum phenomena. As mentioned here and detailed in the book, understanding features of everyday life, such as color or electricity, requires a quantum theory view of nature Why no math? Imagine if this book contained discussions of a topic that started in English, jumped into Latin, then turned back to English. Then imagine that this jumping happened every time the details of an explanation were introduced. The language jumping is what occurs in books on quantum theory, except that instead of jumping from English to Latin, it jumps from English to math. In a hard core quantum mechanics book (for example, my own text, Elements of Quantum Mechanics [Oxford University Press, 2001]), you will find things like, ‘‘the interactions are described by the following set of coupled differential equations.’’ After the equations, the text reads, ‘‘the solutions are,’’ and more equations appear. In contrast, the presentation in this book is descriptive. Diagrams replace the many equations, with the exception of some small algebraic equations—and these simple equations are explained in detail. Even without the usual overflow of math, the fundamental philosophical and conceptual basis for and applications of quantum theory are thoroughly developed. Therefore, anyone can come away with an understanding of quantum theory and a deeper understanding of the world around us. If you know a good deal of math, this book is still appropriate. You will acquire the conceptual understanding necessary to move on to a mathematical presentation of quantum theory. If you are willing to do some mental gymnastics, but no math, this book will provide you with the fundamentals of quantum theory, with applications to atomic and molecular matter. </body></html>

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Absolutely Small : How Quantum Theory Explains Our Everyday World

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