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The God Particle: If the Universe Is the Answer, What Is the Question? Paperback – January 1, 1994
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Leon Lederman
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Print length448 pages
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LanguageEnglish
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PublisherDelta
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Publication dateJanuary 1, 1994
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Dimensions6.08 x 0.91 x 9.18 inches
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ISBN-100385312113
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ISBN-13978-0385312110
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Product details
- Publisher : Delta (January 1, 1994)
- Language : English
- Paperback : 448 pages
- ISBN-10 : 0385312113
- ISBN-13 : 978-0385312110
- Item Weight : 1.2 pounds
- Dimensions : 6.08 x 0.91 x 9.18 inches
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Best Sellers Rank:
#4,373,947 in Books (See Top 100 in Books)
- #8,565 in Astronomy (Books)
- #42,366 in Physics (Books)
- Customer Reviews:
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About the author

Leon M. Lederman, Nobel Laureate (Batavia, IL), is Resident Scholar at the Illinois Mathematics and Science Academy, Director Emeritus of Fermi National Accelerator Laboratory, Pritzker Professor of Science at the Illinois Institute of Technology, the author of the highly acclaimed The God Particle, the editor of Portraits of Great American Scientists, and a contributor to Science Literacy for the Twenty-First Century. Dr. Lederman and coauthor Christopher T. Hill are also the coauthors of Symmetry and the Beautiful Universe.
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1) I continue to be surprised--in a sad way--that so many Kindle book versions are as poor as they are, and this book is certainly an example. Whether it's true or not, this Kindle version gives every indication of having been generated by an OCR program scanning a paper document, and released without proofreading. Every few pages you'll find missing punctuation--which is perhaps merely annoying--but all too often you'll see words misspelled in ways that clearly indicate what was originally written (e.g. "for example, the sim, and indeed, in time, the distant stars" where "sim" should obviously be "sun.") Sometimes the problems are more serious than a simple misspelling: in a section discussing Thompson's experiments involving a ratio e/m, "e/m" is constantly written as "elm" (like the tree); in a description of Maxwell's equations, the text says "In these equations, £ stands for the electric field, £ stands for the magnetic field, and c, the velocity of light...". In case it doesn't print correctly here on Amazon, the text not only uses the symbol for Pounds Sterling for the electric field...which would be bad enough...it uses that same symbol for _both_ the electric field and the magnetic field. These are just a couple of _far_ too many text mistakes that occur throughout this edition.
The bottom line is that if you're at least a little familiar with the material, you'll only be annoyed every couple of pages, but if this is new to you, you should definitely avoid the Kindle edition of this book, because it'll just be confusing.
(I should admit I haven't seen the paper copy; it's possible, though I'd be amazed to find that this level of mistakes exists in all editions.)
2) The book itself is interesting and and enjoyable. Frankly, I think the author should leave out his nearly-constant attempts at humor--most of which fall flat in my opinion, and so are nothing but distractions--but humor is highly subjective, and I'm sure others will think it gives the book a boost. Overall, though, I enjoyed the perspective supplied by this book as the history of physics was used to lead the reader up to the title matter.
More: it told me things I didn't know, mostly about the history of science. The book is framed as a search for the indivisible particle, and it begins with Democritus of Abdera, who first came up with the idea that the universe was made of a-toms. Lederman fantasizes a dialogue in which he gives Democritus a tour of Fermilab and we are to be amazed by how amazed he isn't.
The book moves through the usual suspects - Galileo, Newton, Maxwell, Einstein - and a number of less-known folks who made their contribution to the search for the underlying structure of matter, with a wealth of amusing anecdotes (and the occasional wretched pun). In the last few chapters he brings the story up to the near-present of 1993, and describing the Standard Model as it was then, including the theoretical and experimental problems with it. The main problem was that, above certain relatively reasonable energies, the Standard Model predicted infinite quantities, which seems an absurdity on the face of it. Higgs proposed his field and its boson as a way of removing those infinities; explaining where mass comes from is a bonus.
The Higgs boson would not be confirmed until 2014, twenty-one years after Lederman (and Teresi) gave it its fanciful and misleading nickname. And, as it goes with real science, it didn't so much answer the questions as provide new ones. But for someone just seeking to understand what the Higgs thing is all about, plus a general non-mathematical introduction to the Standard Model, you could do worse than _The God Particle_.
(As a side note: Leon Lederman, Nobel laureate for his work with the neutrino, died late last year at the age of 96.)
Top reviews from other countries
While following the route through history, one is shown the important steps that were discovered both by design and by accident, by such great Physicists as galileo, Newton, Faraday, Maxwell, Einstein, Feynman, Lederman, Higgs and many many more, whose names I cannot recall .The end point of the book is the search for and discovery of the ultimate particle "The God Particle",
or "Higgs Boson" , which is thought to be the final particle, which will make the Quantum Equation make complete sense (well almost).
Professor Lederman leads the reader along with style and panache, and plenty of laugh out loud humour, so much so, that when Icame to the end of the book , I was disappointed , though at the same time elated, and with a much greater understanding of particle physics than I had before, I read the book. Lederman ensures that fact and supposition are clearly defined, and that even if the Higgs Boson is found, the story of Physics will not end there,but will have travelled one more step on the road to enlightenment.
I must also say that I had previously read Professor Brian Cox's " Why does E=MC2", and so had a reasonable grounding in particle physics ( as much as could be expected of a layman!). Another great read, recommended by a fellow Yahoo "ranter" after the CERN announcement last summer, that they may have found the "Higgs Bosun".
Long Live scientific discovery , and the search for truth!
perhaps God does ?








