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It Must Be Beautiful is a collection of 12 essays on the power and beauty of modern scientific equations by some of the world's foremost scientists and historians. Contributors include Steven Weinberg, Peter Galison, John Maynard Smith, and Frank Wilczek.
- Sales Rank: #480405 in Books
- Brand: Brand: Granta UK
- Published on: 2003-02-01
- Original language: English
- Number of items: 1
- Dimensions: 7.60" h x .70" w x 5.00" l, .49 pounds
- Binding: Paperback
- 300 pages
- Used Book in Good Condition
From Library Journal
The power of equations can seem magical, writes MIT physics professor Frank Wilczek in an essay on the Dirac Equation, which describes the movement of quantum particles. Like the brooms created by the Sorcerer's Apprentice, they can take on a life of their own, giving birth to consequences that their creator did not expect, cannot control, and may even find repugnant. Though it seems like an odd reversal of the scientific method to do the math first and then find the data that fit, it has happened time and again. These 11 essays contributed by various scientists and science writers (e.g., Roger Penrose, Peter Galison, Oliver Morton, and Steven Weinberg) describe scientific advances that derived from mathematical theory such as Einstein's thought experiments on relativity, a game theory equation that predicted animal behavior, or the discovery that the mathematics of chaos describes the real-world phenomenon. A fascinating history of science for educated nonmathematical readers; for larger public and academic libraries. Amy Brunvand, Univ. of Utah Lib., Salt Lake City
Copyright 2002 Cahners Business Information, Inc.
From Booklist
Equations lie at the heart of many of the most successful scientific theories. This book presents the great equations of modern science for nonmathematical readers, attempting to convey some of their power and beauty. The editor cast a wide net in gathering these 12 essays, which encompass the formula for the chemical reaction that destroys ozone; an explanation of two equations that underlie the Internet and data transmission generally; mathematical mapping applied to evolution; editor Farmelo's own explication of Planck's energy formula; and more. Two of the big names in physics are on Farmelo's roster of writers, Roger Penrose and Steven Weinberg, as are twentieth-century physics' most fecund formulas: Einstein's special and general relativity equations; Schrodinger's wave equation; the Dirac equation; and others. Contributors include Peter Galison, Aisling Irwin, and Robert May. Gilbert Taylor
Copyright © American Library Association. All rights reserved
Review
A clutch of the world's most influential scientists explain in laymen's terms some of the best known and important equations that lie at the heart of many of the most successful scientific theories. A critically acclaimed book of wide general interest that will become a solid stock title for all bookshops.
Most helpful customer reviews
0 of 0 people found the following review helpful.
Uneven but worth the read
By Ian
This is a good book; I am glad I acquired and read it. But I am not wholly enthusiastic, as, like many books of its kind, it is rather uneven, with some chapters far more valuable than others, some written far more engagingly and interestingly than others. I also probably expected a little more (not a lot) mathematical reasoning and - dare I say it - derivation of the great equations, than I got. I am an educated amateur, but still like to see how things get built and put together, so even though I knew I was not buying a heavy mathematical work, still expected a bit more than is here.
For me the outstanding chapter was Aleksander's essay on Shannon'e equations. I know this work well, having used those very equations in my own research forays. It was very comforting to see a fellow traveller fan of Shannon, a culture hero, as it were. And, to see something I hadn't known before: that the great Shannon himself had heroes. The chapter is very well written, very engaging, and includes only the briefest modest mention of the author's own work - a trait far from shared by all chapters.
I also benefited nicely from May's chapter on the development of chaos theory, as well as from Wilczek's paper on Dirac's equation. I am a big fan of Lord May's work, a fandom that began in second year Population Ecology and has lasted all these decades to today. I am also a fan of Dirac mainly for his approach to theoretical physics, even though I understand little of the great depths of that subject. My one very minor negative about the latter chapter is the amount of wading I had to do through QED and QCD and Wilzcek's own part in all that. Interesting history for physicists maybe, but I found it tough going.
I have also had cause to delve into the Drake equation, so I found that chapter interesting indeed. It is more a history of development and of the scientists themselves, but that's OK, I enjoyed it.
The Planck-Einstein equation, E=mc(squared), the chemistry of the ozone layer discoveries, all held my interest. As did the Schrodinger chapter and the Gravity paper. However, I have read Roger Penrose before on this topic, and while I respect his work hugely, I was a little annoyed at this particular essay, as it went on too long about special relativity and quantum theory developments, yet left the topic of the chapter, the equation for general relativity inadequately covered - from my point of view. For pedantic example, the development of the equation is partly explained, but then for a rank amateur like myself, the switch in last line from 4(pi) to 8(pi) left me gaping with need to know why. The Schrodinger chapter also caught me struggling with needs to know: how and why he chose that approach to his equation. Also, the chapter seems oddly far more about Heisenberg and his disgust with Schrodinger's approach, than it does about the topic itself. Or am I reading too much into it?
The Yang-Mills paper left me underwhelmed. I still have little idea what that equation is about, but I guess that's my failing rather than much else. But it could have been much better, I feel. Finally those game-theoretic approaches to animal behaviour have always failed to grab my interest, so the Maynard-Smith chapter on his own career work left me as uninterested after as I was before.
All up I seem to have been negative here, haven't I? Which makes me wonder why I rated it 4 stars. But I'm not feeling as negative as maybe I've sounded; I think it is deserving of a read, and the 4 stars I initially chose. I will certainly read the Dirac and Shannon papers again and again, so it's well worth it for those alone.
0 of 0 people found the following review helpful.
Fun Study with excellent topics
By happy joe
I have studied sections and it is a very useful skeleton for study. The book lead me to outside sources for a deeper understanding.
23 of 25 people found the following review helpful.
An exhilarating and highly varied group of essays
By shuttledude
This collection of eleven essays, each written by a different author, is a pleasing assortment of articles which I recommend highly. The essays cover an astonishingly wide range of unrelated topics, including the Planck-Einstein Equation for the Energy of a Quantum, the Drake equation that estimates the number of technological civilizations in our galaxy, and Shannon's Equations on information theory.
The only unpleasant aspect of this book is the uneven quality of the writing. Each author has a unique style of expression, so some chapters are exhilarating while others sound stilted and contrived. This is the reason I've limited my opinion to four instead of five stars.
The most technically "beautiful" equation in the book is probably the Dirac equation, but the chapter on logistic mapping and chaos theory ("The Best Possible Time to be Alive", by Robert May) is far and away the most enjoyable and best-written essay. These alone would warrant the price of the book.
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