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Facts and Mysteries in Elementary Particle Physics 1st Edition
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But don't look here for any coverage of the more esoteric and exotic ideas of theoretical physics like string theory. He unequivocally states,
"The fact is that this book is about physics, and this implies that the theoretical ideas discussed must be supported by experimental facts. Neither supersymmetry nor string theory satisfy this criterion. They are figments of the theoretical mind. To quote Pauli: They are not even wrong. They have no place here."
He is, of course, correct but I think he downplays the mathematically unifying power of string theory, for which experimental verification lies beyond today's technological reach and thus cannot be vindicated one way or the other. Mathematical beauty, while not a sure sign of physical truth, can at least serve as a powerful beacon for future physical insights.
Always the true scientist, Veltman should be praised for unapologetically declaring agnosticism if evidence for a theoretical idea isn't clear cut. For example, he writes several times that the neutrino is massless but will almost always parenthetically acknowledge that it might have a very small mass (which indeed it does, as experimental evidence of neutrino mixing has been since verified).Read more ›
On the other hand, whoever copy-edited this book should be banned from the English-speaking world. Much of the book reads like a transcript of an informal discussion group. It is the task of the editor to provide the translation of the casual musings of a genius into a polished publication; that task is unfulfilled here.
Edited properly, Facts and Mysteries could be a must-have book for all layman physics enthusiasts. As it is, it's just an also-ran. I would recommend it only to those who are already pretty conversant in the field.
First of all, the paper, font, diagrams, and cover are wonderful. It's really a nice looking book cover to cover.
Next, the author includes biographies of people involved in the field. The writing is candid and humorous. The biographies don't read like a textbook at all. They include his own opinions, as well as interesting anecdotes about the people.
Finally, the author includes some of his own personal story in the book, regarding his work in particle physics. It's nice to see a first-hand account. I enjoy his commentary.
All these things make this a special book, and worth reading.
The author can be somewhat grumpy, but you have to take that with a sense of humor. Consider that physicists (I am one) tend to be literal and often TOO honest, at the risk of being blunt or awkward. So try not to be put off.
Some parts of the book are a bit tedious. If you really want to understand the topic, read some other books along with this one. If there's only one book to get, try Oerter's "Theory of Almost Everything". But if you want a few books, then definitely include this one.
Some reviewers have complained about a lack of rigor in copy editing, but the occasional infelicities seem quite minor and do not diminish the book's intellectual value
Veltman's account is unusual in giving generous credit to those experimentalists who conceive, build, and make measurements with accelerators and detectors. He describes the manner in which the data from those measurement affect the work of theorists. His vigorously expressed views on the physics and on the physicists give Veltman's book an unusual zing. It should be read by anyone with a serious interest in the substance or the sociology of contemporary physics.
After a preliminary discussion of basic physical issues, the author launches into a detailed, yet non mathematical, outline of the standard model of particle physics which he rightly says is a beautiful model indeed. His discussion of this is a highlight of the book and the book is worth buying for this chapter alone. He then goes on to discuss quantum mechanics as well as discussing aspects of relativity pertinent to particle physics.
Understanding the basic elements of the universe did not happen overnight but rather was the fulfilment of a combined effort of a large number of people. At all stages throughout the book, the author illustrates the contribution of the various personalities involved, and does it so that the reader appreciates the erstwhile contribution each person made. The author himself made a significant contribution.
Of course, not just the `who' is relevant. How they achieved the various breakthroughs is also important and the book's discussion of the history and development of modern accelerators and particle colliders is of particular interest.
Finally the discussion of the theory of particles and of interactions within particles concludes what is an enjoyable and interesting book on topics that are justifiably regarded as complicated, yet are dealt with in the book in an easy and very readable way .
This book is recommended for all who wish to appreciate current ideas about the basic elementary particles of nature and would like to have an understanding of these incredible `building blocks' of our wonderful universe..
Most Recent Customer Reviews
Good for anyone who isn't planning on specializing in particle physics. A lot of jargon, and lots of "oh, look, how weird".Published 13 months ago by Aaron
Excellent all the way around. I would buy from them again. Very satisfied overall.Published 21 months ago by William Riddel
Eventhough I have a background in physics and am fairly well versed in nuclear and subatomic fields, the book was at times challenging. Read morePublished 22 months ago by Trust No One
I learned a lot from this book. The only reason i gave it four stars is because it was more advanced than I was looking for. Read morePublished 23 months ago by Magical Dragon
This book will work for beginner or advanced physics readers. I never understood how the two-slit experiment that showed a single photon could interfere with itself was conducted... Read morePublished 24 months ago by THOMAS F KIRBYJR
The author does a good job in most chapters of this overview of the field (as of 2003), but without mathematics, his explanations of technical subjects fall short. Read morePublished on May 9, 2014 by R. L. Riemer
The Higgs hadn't been discovered when the book was written, so obviously some things have changed since then. But most of it should still be current, I suppose. Read morePublished on November 16, 2013 by DaleO