Inward Bound: Of Matter and Forces in the Physical World

by Abraham Pais

Book Overview

Abraham Pais's Subtle Is the Lord was a publishing phenomenon: a mathematically sophisticated exposition of the science and the life of Albert Einstein that reached a huge audience and won an American Book Award. Reviewers hailed the book as "a monument to sound scholarship and graceful style" (The New York Times Book Review), "an extraordinary biography of an extraordinary man" (Christian Science Monitor), and "a fine book" (Scientific American)...

• Format: Hardcover
• Language: English
• ISBN: 0198519710
• ISBN13: 9780198519713
• Release Date: April 1986
• Publisher: Oxford University Press, USA
• Length: 680 Pages
• Weight: 2.51 lbs.
• Dimensions: 1.6" x 6.7" x 9.6"

Customer Reviews

Abraham Pais, seemingly in the room during it all,...

The odd phenomenon's of "Brownian motion", and Hertz's "photoelectric effect",... the failure of the classical equipartition theorem to account for experimental results of specific heats and blackbody radiation, set the stage for the revolution that was to come. Abraham Pais is one of the finest physics historians your likely to find. The experimental and theoretical events leading up to the scientific revolution of the twentieth century are meticulously described here. What is particularly appealing about this history is the presentation of the struggle, the dead-ends, and reluctances in accepting the conceptual paradigm shift necessary from the classical view of reality. Pais also has written exceptional biographies of Albert Einstein, Niels Bohr, and Paul Dirac. "Subtle is the Lord - Life and Time of Albert Einstein" "Niels Bohr's Times, in Physics, Philosophy, and Polity" "Paul Dirac: The Man and his Work"

An excellent history of physics for physicists

This is a superb history of 20th century of physics written for physicists more than historians. It does an excellent job of discussing the history, but also takes time to really talk about the ideas and the intellectual struggles to understand the ideas. The first half of the book (physics before WWII) is really the gem, with the second half more of an afterthought.

A magisterial account of the 20th Century revolution in particle physics

It is 8 November 1895 in the late afternoon and you are a physicist working in France, feeling somewhat dysphoric because everything that is knowable in Physics has been discovered, and the world and its clockwork mechanism explained and codified in a series of brilliant differential equations. All that remains is to dot a few i's and then the great course of knowledge begun by Galileo and brought to perfection by Newton will be complete. You are performing some experiments with a mysterious substance that intrigues you: cathode rays. Your main apparatus is a one meter long vacuum tube, its pressure reduced to one-thousandth of a torr. In your hand you hold a small apparatus at some distance from the tube and which you wave in a slow, desultory fashion. You are not expecting anything, frankly you are feeling a little bored. But you are curious and perhaps the nature of these cathode rays will reveal themselves. Suddenly, you are quite startled to notice a fluorescence on the device you are waving, a detector or small screen covered with barium platinocyanide. The fluorescence is caused by the cathode rays. You are determined to discover the nature of this mysterious substance. Your name is Wilhelm Conrad Roentgen and that fluorescence you have discovered is what the world would soon know as X-rays, a term you invent for your first paper. You quickly learn that these rays have the extraordinary effect of penetrating matter, allowing you to take astonishing photographs of the bones of the hand. Reports of these photos cause a sensation in the world press in January 1896. And when Le Matin publishes a story on X-rays on 13 January, another French scientist, by the name of Henri Becquerel, is stirred to begin his own experiments with rays. Eventually he decides to expose rocks to the sun. His experiments are sidetracked, however, when he accidently photographs a key with the rays given off by a piece of uranium-bearing ore called pitchblende that had never been exposed to the sun. His astonishment causes him to rush across the hall and invite Pierre Curie and a young female student named Marie, who is working in his laboratory, to witness this strange event. They in turn are induced to discover the nature of these strange and powerful rays, now known as radiactivity. Their work is instrumental in Max Planck's explanation of black-body radiation (radiation is discretely emitted in quanta of energy), which catches the eye of Albert Einstein who explains the photoelectric effect in 1905, for which he wins the Nobel prize in 1921. With such a dizzying chain of events, the notion at the end of the 19th Century that Classical Physics was complete was repudiated and a new, much more radical view of nature was inaugurated. Abraham Pais, a physicist who knew many of the actors, author of Subtle is the Lord, the brilliant biography of Einstein, has written one of the finest histories of science I've ever read. It offers an encyclopedic overview of the devel