Product Description

Product Details

• Amazon Sales Rank: #61230 in Books
• Published on: 2006-06-26
• Original language: English
• Number of items: 1
• Binding: Paperback
• 448 pages

From Publishers Weekly
The "God particle" of the title is Lederman's term for what other physicists call a Higgs boson--a hypothetical particle that might hold a key to the subatomic world of quarks and leptons. To find out if a Higgs boson indeed exists, this Nobel laureate in physics conceived of the Superconducting Super Collider, which, if constructed, would be the world's most powerful particle accelerator. Writing with Teresi (coauthor of The Three-Pound Universe ), Lederman first surveys moments of discovery from Newton to Einstein in a breezy, folksy style that can be annoying ("Galileo was an irascible sort of guy . . . . He could be a pain in the ass"). This style, however, serves the reader well when Lederman and Teresi enter the complexities of subatomic physics, clarifying the search for squarks and winos, grand unified theories, superstrings and dark matter. $100,000 ad/promo; author tour.
Copyright 1993 Reed Business Information, Inc.

From Library Journal
Nobel Laureate and physicist Lederman is funny, clever, entertaining, and highly accessible as he charts the course of experimental physics from 430 B.C. to the planned opening of the Superconducting Supercollider (SSC), of which he is one of the principal architects. This book might be seen, in fact, as a sort of advertisement for the SSC, answering as it does the question, What is the SSC for ? Even allowing for Lederman's open bias toward big physics, his book is a delight to read and absorb, far more accessible than most books about contemporary physics, because it is rooted in the experimental; the "God particle" of the title is the missing link of experimental physics, just as this book is the missing link between a complex world and the general reader. By contrast, Amit Goswami (physics, Univ. of Oregon) is interested in the metaphysical, or perhaps the meta-metaphysical. Drawing heavily on New Age and Eastern philosophical concepts, he attempts to demonstrate that the world as we know it is but a construct of human consciousness; mind, not matter, is the stuff of which we are made. Where Lederman explains for the delight of knowing, Goswami explains only to support his thesis, making for a much more abstract and strange book. All but the converted will find this heavy sledding. The books are thus not interchangeable: Lederman will appeal to those interested in learning about science and the physical world, Goswami to those seeking a hip confirmation of their own sense of self-enlightenment.
- Mark Shelton, Athens, Ohio
Copyright 1993 Reed Business Information, Inc.

Review
"One of the clearest, most enjoyable new  science books in years... explains the entire history  of physics and cosmology. En route, you'll laugh  so hard you won't realize how much you are  learning." -- San Francisco Examiner -- Review

Customer Reviews

A Masterpiece!
Leon Lederman is an experimental physicist and winner of the Nobel Prize in physics (1988). If there will be Nobel Prize for the humor, he will be double winner. I read more than 100 books about popular physics, quantum theory and cosmology and this book is certainly in my Top 5 of all time! From the first hand you can read all newest information about what experimental physicists do, where are the problems, what is the next discovery they expect, and how look the atmosphere between scientists in the lab. In this book you can also read a much about history of experimental physics. But the main subject of this book is search for mysterious particle, Higss boson (God particle).

Why all material things have a mass? Nobody knows. God particle is propose to be an answer. Problem is that this particle is never been seen to interact with other particles or even to exist. It is pure imagination. But, if Higgs boson does not exist there will be a lot of serious problems for todays physical theories.

'The God Particle' is written with such a great charm and humor that I can not imagine better style than his. Lederman is first-class mind and in this book there are no speculations and mysticism, but only a pure scientific facts.

It seems to me that always a greatest minds (Gell-Mann, Feynman, Hawking, Weinberg,...) write a best book on the subject. This is the one. No doubt 'God Particle' deserve all 5 stars. Enjoy your self!

Ride along on a 2500 year quest
Dr. Lederman takes the reader through the history of the search for the smallest building block(s) of the universe, from the thought experiments of Greek philosopher Democritus through today's superconducting supercolliders. Along the way he never fails to entertain with his wit.

When I wasn't laughing out loud or bugging my wife by reading her funny snippets, I was wishing I had read this book BEFORE college (where I took four freshman/sophomore level physics classes to satisfy the science requirements for my engineering degree.) After reading this book I understand much more about subjects I allegedly "learned" in college, including the model of the chemical atom, what a quark is, etc. I also feel better about not liking the "hand-waving" involved in quantum physics. (If nothing else, at least I'm in good company with Einstein.) In addition, the insight into how science was and is actually practiced is fascinating.

I am giving this as a present to my college-bound nephew!

A great mix of serious science and lighthearted humor...
A tremendously entertaining book covering much of the history of physics by one of the best known particle physicists. Lederman's book is interspersed with some of the most humorous stories I've ever read in a science book and I can't resist sharing two of them here. In an imaginary conversation with the greek philosopher Democritus, Lederman is talking about how elusive the Higgs particle is, and comments that the book's title refers to this particle, but that his publisher wouldn't allow the book to be called "The God-damned Particle. The second is from a discussion of building a piece of laboratory equipment to use in a particle accelerator. They acquired a 12 inch naval cannon to use as a collimator, and needed to fill it with beryllium as a filter, but the inside of the bore had deep rifling grooves. He sent a skinny graduate student inside the tube to stuff steel wool into the grooves. After a few hours of work, the graduate student crawled out all hot, sweaty and irritated and said "I quit," to which Lederman is said to have replied, "You can't quit, where will I find another student of your caliber?"