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  • A Mind at Play: How Claude Shannon Invented the Information Age

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A Mind at Play: How Claude Shannon Invented the Information Age

4.5 out of 5 stars (880)

Winner of the Neumann Prize for the History of Mathematics

"We owe Claude Shannon a lot, and Soni & Goodman’s book takes a big first step in paying that debt." —San Francisco Review of Books

"Soni and Goodman are at their best when they invoke the wonder an idea can instill. They summon the right level of awe while stopping short of hyperbole." —Financial Times

"Jimmy Soni and Rob Goodman make a convincing case for their subtitle while reminding us that Shannon never made this claim himself." —The Wall Street Journal

“A charming account of one of the twentieth century’s most distinguished scientists…Readers will enjoy this portrait of a modern-day Da Vinci.” —Fortune

In their second collaboration, biographers Jimmy Soni and Rob Goodman present the story of Claude Shannon—one of the foremost intellects of the twentieth century and the architect of the Information Age, whose insights stand behind every computer built, email sent, video streamed, and webpage loaded. Claude Shannon was a groundbreaking polymath, a brilliant tinkerer, and a digital pioneer. He constructed the first wearable computer, outfoxed Vegas casinos, and built juggling robots. He also wrote the seminal text of the digital revolution, which has been called “the Magna Carta of the Information Age.” In this elegantly written, exhaustively researched biography, Soni and Goodman reveal Claude Shannon’s full story for the first time. With unique access to Shannon’s family and friends,
A Mind at Play brings this singular innovator and always playful genius to life.
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About the Author

Jimmy Soni is an award-winning author. His newest book, The Founders: The Story of PayPal and the Entrepreneurs Who Shaped Silicon Valley, was a national bestseller and received critical acclaim from The New York Times, Wall Street Journal, New Yorker, The Economist, Financial Times, and more. His previous book, A Mind at Play: How Claude Shannon Invented the Information Age, won the 2017 Neumann Prize, awarded by the British Society for the History of Mathematics for the best book on the history of mathematics for a general audience, and the 2019 Middleton Prize by the Institute of Electrical and Electronics Engineers. He lives in Brooklyn, New York, with his daughter, Venice.

Rob Goodman is an assistant professor of politics and public administration at Toronto Metropolitan University, where he teaches and writes on topics such as populism, rhetoric, and the history of political thought. He previously worked as a speechwriter in the US House and Senate. He is an award-winning author and coauthor of several books, including
Words on Fire: Eloquence and Its Conditions. He lives in Toronto with his family.

Excerpt. © Reprinted by permission. All rights reserved.

A Mind at Play INTRODUCTION
The thin, white-haired man had spent hours wandering in and out of meetings at the International Information Theory Symposium in Brighton, England, before the rumors of his identity began to proliferate. At first the autograph seekers came in a trickle, and then they clogged hallways in long lines. At the evening banquet, the symposium’s chairman took the microphone to announce that “one of the greatest scientific minds of our time” was in attendance and would share a few words—but once he arrived onstage, the thin, white-haired man could not make himself heard over the peals of applause.

And then finally, when the noise had died down: “This is—ridiculous!” Lacking more to say, he removed three balls from his pocket and began to juggle.

After it was over, someone asked the chairman to put into perspective what had just happened. “It was,” he said, “as if Newton had showed up at a physics conference.

It was 1985, and the juggler’s work was long over, and just beginning. It had been nearly four decades since Claude Elwood Shannon published “the Magna Carta of the Information Age”—invented, in a single stroke, the idea of information. And yet the world his idea had made possible was only just coming into being. Now we live immersed in that world, and every email we have ever sent, every DVD and sound file we have ever played, and every Web page we have ever loaded bears a debt to Claude Shannon.

It was a debt he was never especially keen to collect. He was a man immune to scientific fashion and insulated from opinion of all kinds, on all subjects, even himself, especially himself; a man of closed doors and long silences, who thought his best thoughts in spartan bachelor apartments and empty office buildings. A colleague called Shannon’s information theory “a bomb.” It was stunning in its scope—he had conceived of a new science nearly from scratch—and stunning in its surprise—he had gone years barely speaking a word of it to anyone.

Of course, information existed before Shannon, just as objects had inertia before Newton. But before Shannon, there was precious little sense of information as an idea, a measurable quantity, an object fitted out for hard science. Before Shannon, information was a telegram, a photograph, a paragraph, a song. After Shannon, information was entirely abstracted into bits. The sender no longer mattered, the intent no longer mattered, the medium no longer mattered, not even the meaning mattered: a phone conversation, a snatch of Morse telegraphy, a page from a detective story were all brought under a common code. Just as geometers subjected a circle in the sand and the disc of the sun to the same laws, and as physicists subjected the sway of a pendulum and the orbits of the planets to the same laws, Claude Shannon made our world possible by getting at the essence of information.

It is a puzzle of his life that someone so skilled at abstracting his way past the tangible world was also so gifted at manipulating it. Shannon was a born tinkerer: a telegraph line rigged from a barbed-wire fence, a makeshift barn elevator, and a private backyard trolley tell the story of his small-town Michigan childhood. And it was as an especially advanced sort of tinkerer that he caught the eye of Vannevar Bush—soon to become the most powerful scientist in America and Shannon’s most influential mentor—who brought him to MIT and charged him with the upkeep of the differential analyzer, an analog computer the size of a room, “a fearsome thing of shafts, gears, strings, and wheels rolling on disks” that happened to be the most advanced thinking machine of its day.

Shannon’s study of the electrical switches directing the guts of that mechanical behemoth led him to an insight at the foundation of our digital age: that switches could do far more than control the flow of electricity through circuits—that they could be used to evaluate any logical statement we could think of, could even appear to “decide.” A series of binary choices—on/off, true/false, 1/0—could, in principle, perform a passable imitation of a brain. That leap, as Walter Isaacson put it, “became the basic concept underlying all digital computers.” It was Shannon’s first great feat of abstraction. He was only twenty-one.

A career that launched with “possibly the most important, and also the most famous, master’s thesis of the century” brought him into contact and collaboration with thinkers like Bush, Alan Turing, and John von Neumann: all, like Shannon, founders of our era. It brought him into often-reluctant cooperation with the American defense establishment and into arcane work on cryptography, computer-controlled gunnery, and the encrypted transatlantic phone line that connected Roosevelt and Churchill in the midst of world war. And it brought him to Bell Labs, an industrial R&D operation that considered itself less an arm of the phone company than a home for “the operation of genius.” “People did very well at Bell Labs,” said one of Shannon’s colleagues, “when they did what others thought was impossible.” Shannon’s choice of the impossible was, he wrote, “an analysis of some of the fundamental properties of general systems for the transmission of intelligence, including telephony, radio, television, telegraphy, etc.”—systems that, from a mathematical perspective, appeared to have nothing essential in common until Shannon proved that they had everything essential in common. It would be his second, and greatest, feat of abstraction.

Before the publication of his “Mathematical Theory of Communication,” scientists could track the movement of electrons in a wire, but the possibility that the very idea they stood for could be measured and manipulated just as objectively would have to wait until it was proved by Shannon. It was summed up in his recognition that all information, no matter the source, the sender, the recipient, or the meaning, could be efficiently represented by a sequence of bits: information’s fundamental unit.

Before the “Mathematical Theory of Communication,” a century of common sense and engineering trial and error said that noise—the physical world’s tax on our messages—had to be lived with. And yet Shannon proved that noise could be defeated, that information sent from Point A could be received with perfection at Point B, not just often, but essentially always. He gave engineers the conceptual tools to digitize information and send it flawlessly (or, to be precise, with an arbitrarily small amount of error), a result considered hopelessly utopian up until the moment Shannon proved it was not. Another engineer marveled, “How he got that insight, how he even came to believe such a thing, I don’t know.”

That insight is embedded in the circuits of our phones, our computers, our satellite TVs, our space probes still tethered to the earth with thin cords of 0’s and 1’s. In 1990, the Voyager 1 probe turned its camera back on Earth from the edge of the solar system, snapped a picture of our planetary home reduced in size to less than a single pixel—to what Carl Sagan called “a mote of dust suspended in a sunbeam”—and transmitted that picture across four billion miles of void. Claude Shannon did not write the code that protected that image from error and distortion, but, some four decades earlier, he had proved that such a code must exist. And so it did. It is part of his legacy; and so is the endless flow of digital information on which the Internet depends, and so is the information omnivory by which we define ourselves as modern.

By his early thirties, he was one of the brightest stars of American science, with the media attention and prestigious awards to prove it. Yet, at the height of his brief fame, when his information theory had become the buzz-phrase to explain everything from geology to politics to music, Shannon published a four-paragraph article kindly urging the rest of the world to vacate his “bandwagon.” Impatient with all but the most gifted, he still knew very little of ambition, or ego, or avarice, or any of the other unsightly drivers of accomplishment. His best ideas waited years for publication, and his interest drifted across problems on a private channel of its own. Having completed his pathbreaking work by the age of thirty-two, he might have spent his remaining decades as a scientific celebrity, a public face of innovation: another Bertrand Russell, or Albert Einstein, or Richard Feynman, or Steve Jobs. Instead, he spent them tinkering.

An electronic, maze-solving mouse named Theseus. An Erector Set turtle that walked his house. The first plan for a chess-playing computer, a distant ancestor of IBM’s Deep Blue. The first-ever wearable computer. A calculator that operated in Roman numerals, code-named THROBAC (“Thrifty Roman-Numeral Backward-Looking Computer”). A fleet of customized unicycles. Years devoted to the scientific study of juggling.

And, of course, the Ultimate Machine: a box and a switch, which, when flipped on, produced a whirring of gears and a mechanical hand that emerged from the box, flipped the switch off, and disappeared again. Claude Shannon was self-effacing in much the same way. Rarely has a thinker who devoted his life to the study of communication been so uncommunicative. Seen in profile, he almost vanished: a gaunt stick of a man, and a man almost entirely written out of a history defined by self-promoters.

His was a life spent in the pursuit of curious, serious play; he was that rare scientific genius who was just as content rigging up a juggling robot or a flamethrowing trumpet as he was pioneering digital circuits. He worked with levity and played with gravity; he never acknowledged a distinction between the two. His genius lay above all in the quality of the puzzles he set for himself. And the marks of his playful mind—the mind that wondered how a box of electric switches could mimic a brain, and the mind that asked why no one ever decides to say “XFOML RXKHRJFFJUJ”—are imprinted on all of his deepest insights. Maybe it is too much to presume that the character of an age bears some stamp of the character of its founders; but it would be pleasant to think that so much of what is essential to ours was conceived in the spirit of play.

Product details

  • ASIN ‏ : ‎ B01M5IJN1P
  • Publisher ‏ : ‎ Simon & Schuster
  • Accessibility ‏ : ‎ Learn more
  • Publication date ‏ : ‎ July 18, 2017
  • Edition ‏ : ‎ Unabridged
  • Language ‏ : ‎ English
  • File size ‏ : ‎ 52.2 MB
  • Screen Reader ‏ : ‎ Supported
  • Enhanced typesetting ‏ : ‎ Enabled
  • X-Ray ‏ : ‎ Enabled
  • Word Wise ‏ : ‎ Enabled
  • Print length ‏ : ‎ 385 pages
  • ISBN-13 ‏ : ‎ 978-1476766706
  • Page Flip ‏ : ‎ Enabled
  • Best Sellers Rank: #166,806 in Kindle Store (See Top 100 in Kindle Store)
  • Customer Reviews:
    4.5 out of 5 stars (880)

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Customer reviews

4.5 out of 5 stars
880 global ratings
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Customers say

Customers find this biography engaging and well-researched, providing a good mix of personal and professional history while covering Shannon's entire life. The book is filled with details and complete enough to understand the concepts, with one customer noting it doesn't focus on convoluted technicalities. Customers appreciate the writing quality and the portrayal of Shannon's character, describing him as an amazing person.
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71 customers mention content, 67 positive, 4 negative
Customers find the book engaging and enjoyable to read, describing it as a wonderful book about an amazing man.
Great book, well written and deeply enjoyableRead more
...An enjoyable and inspiring read.Read more
...A good read!Read more
...Overall, I found this book to be a great read that I would highly recommend to people interested in mathematical sciences and American scientists in...Read more
43 customers mention research, 41 positive, 2 negative
Customers praise this biography for its thorough research and excellent coverage of Claude Shannon's life and contributions to communications theory, with one customer noting it provides a good mix of personal and professional history.
great man, great biography; very sensitive to a very difficult man to understand.Read more
A superb biography....Read more
A good biography of Shannon. However it does not do a very good job of explaining the impact of his work on technology....Read more
The authors put great effort into researching Shannon, and the work shows....Read more
17 customers mention story, 15 positive, 2 negative
Customers enjoy the book's storytelling, describing it as a well-written biography that captures the life of this brilliant mathematician.
Brilliant storyRead more
...I knew little about Claude Shannon before reading this well-written biography....Read more
Very interesting and well written biography of a genius.Read more
Well written fun read. Informative.did not know Claude Shannon.before this book. Would have like a more in depth look at information theory....Read more
15 customers mention informative, 12 positive, 3 negative
Customers find the book informative, with many details and complete enough to understand the concepts, while one customer notes that it avoids convoluted technicalities.
...The flow is perfectly paced and detailed. Enjoyed his lecture attended by Einstein in pursuit of tea and cookies at Princeton....Read more
This book is informative.Read more
...The technical explanations, never too complex, are nevertheless complete enough to understand the concepts and are well written....Read more
...of Shannon and totally unnecessary praise of Bell Labs; with no discussion or insight into the work of Shannon, compared by some, to the work of...Read more
14 customers mention writing quality, 13 positive, 1 negative
Customers appreciate the writing quality of the book, with one customer noting it is artfully written from a biographical perspective.
Great book, well written and deeply enjoyableRead more
Very well-written, amusing, absorbing and inspiring. A story of a Shannon’s life, his unusual character and scientific achievements. A good read!Read more
...Great job by the authors.Read more
...Solid prose, too. As a last note, I confirmed the author's claim about Shannon's gravestone (proof attached).Read more
12 customers mention character, 10 positive, 2 negative
Customers appreciate the book's portrayal of Claude Shannon, describing him as an amazing person, with one customer noting how his personality comes through in various episodes.
Very interesting book about the history of an amazing person....Read more
...Shannon's a fascinating character and his personality comes through with various episodes, many concerning his family....Read more
...He was an amazing man.Read more
...A truly interesting guy.Read more
For anyone seeking to understand the back story of GenAI or LLMs, this is your book
5 out of 5 stars
For anyone seeking to understand the back story of GenAI or LLMs, this is your book
I'm a physicist who has worked in semiconductors, integrated circuits, software and digital ecosystems. I've long known about Communications Theory and Shannon's work, but have spent the past 8 years really doubling down on information theory, digital computing and how it all came to be. In that quest I found this book. It is both a wonderful story of a brilliant and quirky individual, as much as it is a roadmap to how Shannon and those who influenced him came to create the theories and understanding that underpin modern life. I won't try to summarize or capture my favorite parts. Rather, the authors deserve all the accolades they've received. I have the utmost respect for their attention to detail, the arrangement and flow of the work, and meticulous notes and bibliography which I've used extensively to locate source material for further reading. I hope you are able to enjoy this book as much as I did.
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Top reviews from the United States

  • 5 out of 5 stars
    An extraordinary book about an extraordinary mathematician.
    Reviewed in the United States on July 20, 2017
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    Biographies of extraordinary mathematicians usually also have extraordinary

    titles: examples are "The man who knew infinity" (Ramanujan), "A beautiful

    mind" (Nash). "The man who loved only numbers" (Erdos) or "Perfect Rigor"

    (Perelman). This applies also for the title for the book under review.

    "A mind at Play" is a book about a Coryphaeus and father of information theory.

    But as the book title indicates already, Shannon was a person who liked to tinker,

    both with ideas and objects. It is really strange that no serious biography about Shannon

    has been written before. Fortunately this is now done. The book is well

    written, filled with many details. I learned for example that Shannon,

    while working at MIT, lived on 5 Cambridge Street, just opposite the

    Winchester Country club. It is a house I have been running by countless of

    many times. That home - now in the national register of historic places

    - was called the "Entropy House" by the Shannon family. Claude Shannon

    also took up running while living there. I can imagine now while jogging

    myself the Mystic lakes, that this was the place where Shannon also

    ran his rounds. I really like the attention to details which shows that

    the book is well researched. The reader who wants to visit the grave

    of Shannon knows to look for that at the Begonia path in Mount Auburn

    Cemetery in Cambridge. (Pilgrims of graves have to be advised however not

    to visit Shannon while jogging. I took once a jogging detour to visit

    the grave of Julian Schwinger, who also rests in Mount Auburn cemetery

    but was chased away the guards - by car of course as guards in uniform

    can not run as fast as I can ...) The book contains many photographs,

    concentrated in the later part, just before chapters of "aftershock",

    acknowledgments and many notes and also a detailed bibliography which

    makes this book the starting point for anybody who wants to research more

    about Shannon. It is a treasure trove for every Shannon fan and also a

    book explaining the adventure of a genius. There is a nice quote at the

    beginning of the book which ends with "One suspects that the geniuses

    will be least in the Kingdom of Heaven - if indeed, they ever make it;

    they have had their reward." You have to get the book to get the full

    quote and the full story about this extraordinary mathematician.

    16 people found this helpful
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  • 4 out of 5 stars
    A look at the personal side of Claude Shannon, the father of information theory
    Reviewed in the United States on December 20, 2017
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    A mind at play is a look into the life of Claude Shannon, the father of information theory. In terms of the history of science, those of more of an engineering focus have sometimes been overlooked and Shannon could be considered to be one of those who has fallen into this category. Modern communications networks are founded upon many many layers of ideas but information and coding theory are definitely foundational material to what our current technology utilizes. The authors take a look at Shannon's life with a focus on his general disposition as well as accomplishments. One gets a sense of the great man's life and personality as we as his technical accomplishments.

    The book is split into three parts beginning with his childhood in Michigan and the early years of computing. Shannon did his undergraduate work in Michigan before going to work with Vannevar Bush at MIT. The authors detail the attitudes of the engineering department and how they were practical tinkerers rather than academic engineers. This attitude was one that stayed with Shannon throughout his professional life.

    The authors also detail Shannon's first marriage, his overlap with the incredible minds in Princeton at the institute of advanced study and the environment during the war. The authors move onto Shannon's career at Bell Labs which was a unique institution where base scientific research was permitted independently of its commercial applicability. The company was an incredibly vibrant place and produced a large number of Nobel laureates. Also Shannon's personal life is weaved in and the authors give the history of how he met his second wife. The authors discuss how Shannon's professional responsibilities shrank as his fame was at its highs; the playful side of Shannon comes out as he spent hours mastering chess while employed at Bell Labs. The authors detail Shannon's move to MIT and his teaching style; they endeavor to portray Shannon as brilliant but unstructured lecturer who inspired many but was not perfect for all students. They discuss at some length things like Shannon's paper on juggling; again they used an example of something somewhat frivolous to highlight the nature of Shannon and his balance between serious academic and playful engineer.

    A Mind at Play is a good mixture of personal and professional history and one does get a good sense of Claude Shannon the man rather than just Claude Shannon the information theorist. I enjoyed reading the book but it will definitely disappoint the reader looking for some technical details. It is light on explaining what Shannon is really famous for and how it is used today. Worth the read for the personal side of things but definitely weak on anything else.

    10 people found this helpful
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  • 5 out of 5 stars
    An awesome book to read for everyone interested in IT and its history
    Reviewed in the United States on November 15, 2017
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    As an IT professional I didn't even know who Claude Shannon was, I stumbled upon is name here and there but didn't know the character nor his achievements. A Mind at Play allowed me to learn all of this and more, and I'm glad to have corrected my ignorance, it is a really great book.

    This book has two sides, as a biography, and as historical explanation of what is Information theory and how it came to be. The technical explanations, never too complex, are nevertheless complete enough to understand the concepts and are well written.

    Globally, a fascinating book about a fascinating man and the birth of a fascinating field, I can't recommend it enough.

    ---

    En tant qu'informaticien je ne savais pas qui était Claude Shannon, je croisais son nom ici et là mais ne connaissait ni le personnage ni son travail. A mind at play m'a permis d'apprendre tout cela et bien plus encore, et je suis plus que satisfait d'avoir pu combler mes lacunes sur le sujet, c'est un excellent livre.

    Le livre a deux axes, en tant que biographie, et en tant qu'explication historique de la théorie de l'information et comment elle est née. Les explications techniques, jamais trop complexes, sont néamoins suffisamment complètes pour comprend les concepts et sont bien écrites.

    Dans l'ensemble, un livre fascinant au sujet d'un homme fascinant et de la naissance d'un domaine fascinant, je ne peux que le recommander.

    Notes pour les lecteurs français, le livre est très compéhensible et dans un anglais accessible.

    2 people found this helpful
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  • 5 out of 5 stars
    Thoughts on Soni & Goodman's A Mind at Play: A portrait of one of the great American mathematicians
    Reviewed in the United States on August 29, 2019
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    I enjoyed reading “A Mind at Play: How Claude Shannon Invented the Information Age,” by Jimmy Soni and Rob Goodman. Shannon was one of the great American scientists and mathematicians and deserves tremendous praise for his ideas that underlie the Computer Age.

    What I found most appealing about the book was the mixture of Shannon’s life in historical context with technical knowledge about information theory. The book interweaves Shannon’s early learning on electrical switches and wires at Bell labs with his later development of information theory. I found this conjunction between Shannon’s practical hands-on tinkering and the abstract mathematical work, for which he is famous, quite interesting and inspirational in terms of developing mathematical ideas.

    The book also makes clear how much Shannon was impacted by his early training. Shannon benefited greatly from his initial experiences at MIT and his mentorship by the great scientific administrator Vannevar Bush. In a sense, Shannon embodied many of MIT’s characteristics when he returned to the institution. It is also interesting that while Shannon is famous for his work in communication theory, the substance of his PhD was actually related to genetics. Only now, many years later, do people realize the connection between genomics and information theory.

    Overall, I found this book to be a great read that I would highly recommend to people interested in mathematical sciences and American scientists in general.

    7 people found this helpful
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  • 4 out of 5 stars
    Delightful
    Reviewed in the United States on December 1, 2024
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    A delightful book, which although being a biography of a scientist, does not focus on convoluted technicalities involved in his work, but rather on the origin of thoughts and work in his character. Shannon's life has been analysed in a very detailed way, paying great attention to his feelings, views, and motivations related to his work. That being said, this biography indicates Shannon's place not only on the scientific map but also on a more philosophical one, trying to catch the very essence of his urge to create, which happened to be curiosity in its purest form.

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  • 5 out of 5 stars
    An Important Contribution to the Intellectual History of Technology
    Reviewed in the United States on July 26, 2017
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    One of my critiques of the technology industry is that there's not a rich body of work around the intellectual history of the space. This is starting to change, and this book by Soni and Goodman is an important addition. Shannon's a fascinating character and his personality comes through with various episodes, many concerning his family. Those are glimpses into his life that we've never had before, in fact, my general awareness of Shannon has transformed into specific knowledge - and it's compelling reading.

    The book seamlessly tells two stories - that of Shannon's work and of Shannon's life. There are obviously tradeoffs - this is not a technical treatise nor pure storytelling. It is a meticulously researched mix and it's a better book for that combination.

    The authors do us a service in taking both the man and his family as seriously as his work, I think. There's a lot to learn from his contributions to information theory. These areas are covered in a manner that makes it easy to consume. There's a lot to learn from his life. These areas are delivered in a manner that makes it easy to relate.

    16 people found this helpful
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  • 3 out of 5 stars
    Mediocre writing, informative
    Reviewed in the United States on March 24, 2018
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    Although it explores most sides of Shannon's life, it leaves a lot to be wanted as the book is organized by theme instead of time. Additionally, it seems that all the author's information have come from public records and not from talking to the people close to Shannon.

    3 people found this helpful
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  • 5 out of 5 stars
    Father of Binary Thought
    Reviewed in the United States on July 31, 2025
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    This man, Claude Shannon, defined the theory through which the entire world works. He was the first to suggest that any analog signal could be evaluated in a binary format. Learning about his growth, and how he discovered these ideals in a non-binary world is absolutely fascinating. Even Norbert Wiener, who is given credit for cybernetics, couldn't make the conceptual leap that this man did.

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  • 5 out of 5 stars
    The man who invented information theory.
    Reviewed in Spain on January 12, 2026
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    Interesting. A bit dense, but gives you an insight of how (and when) information theory started.

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  • 1 out of 5 stars
    copia fallata
    Reviewed in Italy on May 3, 2024
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    La copia che ho ricevuto era fallata e l'ho mandata indietro. Dovrebbe essere un bellissimo libro ma non l'ho ancora letto.

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  • 5 out of 5 stars
    O livro sobre o Pai da Teoria da Informação
    Reviewed in Brazil on December 1, 2023
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    Este livro ajuda a compreender uma importante parcela da vida de um dos maiores gigantes do conhecimento que tivemos na história da humanidade. Ao contrário de quase todo material produzido por Shannon, este livro, que não foi escrito por ele, não traz níveis elevados de conhecimentos sobre matemática, engenharia ou computação.

    Não é um livro técnico, um Text Book, projetado para estudar algum assunto específico que fora produzido por Shannon. É um livro sobre sua vida e sua obra, se é que podemos separar um do outro.

    O papel não é tão bom quanto eu esperava que fosse pelo preço que eu havia pago, mas gostei do fato de a versão que eu comprei ter capa dura e acompanhar uma luva muito bonita, que trazia em si a imagem dessa capa, que, embora seja relativamente simples, é bastante elegante, principalmente ao vivo.

    A meu ver, todo aluno de graduação ou pós-graduação que atue com Teoria da Informação deveria ler esse livro ao menos uma vez. Matemática, Ciência da Computação, Engenharia da Computação, Engenharia Elétrica, Engenharia Eletrônica, Engenharia de Controle e Automação etc. Todos deveriam ler.

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  • 5 out of 5 stars
    Mind at Play
    Reviewed in Germany on January 19, 2024
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    A Mind at Play" is a captivating exploration of the life and genius of Claude Shannon, the father of modern information theory. This meticulously researched biography takes readers on a fascinating journey through Shannon's groundbreaking contributions to the world of mathematics, engineering, and computing. If you're curious about the mind behind the Information Age, this book is a must-read. If you're interested in the history of technology and the brilliant minds that shaped our modern world, "A Mind at Play" should be at the top of your reading list. This book masterfully weaves together the personal and professional aspects of Claude Shannon's life, shedding light on the man behind the theories that underpin today's digital revolution. "A Mind at Play" provides an accessible and engaging narrative about the life of Claude Shannon, making it an ideal choice for both tech enthusiasts and those with a general interest in biography. It's a testament to the power of curiosity and innovation, showcasing how one man's creative thinking revolutionized the way we communicate and process information.

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  • 5 out of 5 stars
    The book is very basic on the technicalities of Information Theory and would not be a a good primer in that respect
    Reviewed in the United Kingdom on July 18, 2018
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    Shannon was to say the least eccentric not the average inventor hero, though he was well lauded in his time. The book is very basic on the technicalities of Information Theory and would not be a a good primer in that respect. It's a description, the obtainable facts, of his public life. He was such a singular man that it would be impossible to get deep into his psyche or psychology, though there are some reasonable inferences. The book presents Shannon's considerable achievement of pulling all the technical strands together to enable modern virtual life.

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