| | All you'll learn is that quantam physics is the most interesting, but doggone useless science in the world.
If anyone is interested in learning about some of the applications of quantum mechanics, here are some quotes from Modern Physics, a popular undergrad quantum mechanics textbook, by Bernstein, Fishbane, and Gasiorowics.
"From the mid-19th through the early 20th centuries, scientists studied a set of new and puzzling phenomena concerning the nature of matter and, indeed, of energy in all its forms. The program that brought these questions to the point where we are today has provided some of the most remarkable success stories in all of science. This is the history of quantum mechanics, which began in mystery and confusion, yet at the end of the century has come to dominate the economies of modern nations."
"As with many revolutions, the consequences of quantum mechanics could hardly have been foreseen by its creators. It has been variously estimated that 20 to 50 percent of the developed economies of the world are based on quantum mechanical applications. In this part of the text, we shall touch on some of these applications, from chemistry to materials science to electronics and beyond."
"Modern chemistry is based on the deeper understanding of atoms and molecules that quantum mechanics provides."
Chapter 13, "Decays, Radiation from Atoms, and Lasers", says, "We finish [this chapter] with the most important practical application of these ideas: lasers." ("these ideas" refers only to the specific ideas focused on in chapter 13.)
"The behavior of materials depends critically on quantum mechanical effects. In the years since the 1920's, the range of applications of quantum mechanics to this area--solid-state physics--has become so large that even a brief survey of all the applications would by itself fill a book. Limited as we must be here, we concentrate mainly on one subject: the conduction of charge in materials--metals and semiconductors. We also describe superconductivity, an interesting phenomenon whose possible technological consequences are enormous."
(Edited by Daniel O'Connor on 6/28, 5:17pm)
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