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Linked: How Everything Is Connected to Everything Else and What It Means for Business, Science, and Everyday Life

3.91  ·  Rating details ·  3,744 Ratings  ·  227 Reviews
A cocktail party? A terrorist cell? Ancient bacteria? An international conglomerate?

All are networks, and all are a part of a surprising scientific revolution. Albert-László Barabási, the nation’s foremost expert in the new science of networks and author of Bursts, takes us on an intellectual adventure to prove that social networks, corporations, and living organisms are m
Paperback, 304 pages
Published April 29th 2003 by Plume (first published 2002)
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Apr 17, 2009 rated it really liked it
I liked this very much. The main thesis is that science up to fairly recently has been Platonic (which this book instead, and I think mistakenly, characterises as reductionist) and therefore fixated on describing things and their forms. This idea is that if you have a picture you want to study you will learn all that there is to learn about it by pulling all of the jigsaw pieces apart and studying these individual pieces in detail. As String Theory shows, we can always speculate on smaller and s ...more
Aug 30, 2011 rated it it was ok
One of those anti-reductionist, complexity-obsessed, nonsensical collections of persuasive anecdotes and loose (useless) analogies.

The main critique of reductionism is that it not always useful.
Some problems can't be easily solved from 1st principles.
The author points out the solution would be a departure from reductionism.

But this straw-man strict reductionist doesn't exist in the first place.
Rocket scientists don't model engines on the quark-scale!
Barabasi works hard to hide the freedom and ut
Jimmy Ele
May 24, 2015 rated it it was amazing
Shelves: uber-favorites
Supremely interesting book that delves into network theory and how it's understanding and growth in every branch of science from Biology to Computer Science and Economics will undoubtedly change the way we view the world. It is very exciting to be alive during this time in which the underlying mathematical laws that govern networks are being revealed. Being a student of complexity ever since I read Nassim Nicholas Taleb's book "Antifragile: Things that Gain from Disorder" and followed it up with ...more
Jul 17, 2007 rated it liked it
This is great stuff. A very sexy topic as far as physics is concerned. And while that may be just a cliche description that I'm fond of using- sex is actually a relevant topic in the field of networks. Did you know that a sexual network has the same topological structure as the world wide web? Well it does! Prostitutes are like google and your personal website is probably like a virgin. Anywho, while the content is extremely interesting, if you have any prior knowledge of networks, you might fin ...more
Kayson Fakhar
Jan 27, 2017 rated it really liked it
Awesome book if you want to know why should we think in networks
Apr 10, 2014 rated it it was amazing
A very well-written exposition of network theory for a general audience, with extensive end-notes where the author has hidden some of the math. It deals not only with the ideas of networks but also the mathematicians and scientists who study them, resulting in some appealing anecdotes. Beginning with Euler and his 7 bridges of Königsberg problem which gave birth to graph theory, Barabási follows the development of ideas about the nature of social relation nets, the structure of the internet, as ...more
Nathan Scarborough
This was incredible. I want to pursue this field full time, professionally after reading this book.
I would like to see an updated edition of this book come out soon, one that includes the latest research in protein, gene, and microbiome networks.

In the first few chapters, the author guides the reader through the early decades of research in complexity. When networks were first realized, their connections were thought to be random. However, power laws were discovered to be involved in the emergence of every self organizing system. This was a thrilling insight that has held up in subsequent fin
Jan 10, 2009 rated it it was amazing
Shelves: business
This is an excellent read. It isn't filled with much technical speak and is written in a very easy to read manner. The flow of the book is also very good.

I found this book far more enjoyable than 'Sync' which I found hard to follow at times, even though both books deal with similiar subject material. Barabasi has created something here that anyone can read and understand.

In summary the book looks at network theory and the discoveries that have been made recently that change the manner in which w
Arin Basu
Oct 13, 2012 rated it it was amazing
Recommends it for: everyone
Recommended to Arin by: from a course.
This is an excellent introduction to the world of social network analysis. Very easily written for an introductory audience and introduces all the essential concepts, yet an excellent treatise on the more intricate and state of the art issues around social network analysis. It's always a pleasure to read firsthand accounts from the authors of the power-law distribution in social networks, the issues around growth models, and preferential attachments.

The book goes over a range of issues, startin
Jul 13, 2008 rated it liked it
Shelves: nonfiction, science
This took me a long time to finish. It was hard to stay interested, especially when they were talking about the internet. Even though the book isn't that old, it felt quite dated. I get that the early days of the internet were exciting in figuring out how the networks worked, but they kept sounding really surprised that some web pages have more links to them than others, a fact to which any person NOT entrenched in the network theory mindset would have said, "yeah, well, duh."

I was most interes
Jason Griggs
Feb 02, 2013 rated it it was ok
This book has a lot of interesting information about the structure of the Internet. Unfortunately, it was poorly written. It reiterates simple points and fails to spend enough time explaining the complex points. The author seemed to have in mind certain phrases that had to appear in the book and includes these and strange metaphors in places where they don't fit. It also goes off on too many tangents about the publication process of university professors. I listened to the book on CDROM, and it ...more
Troy Blackford
Jan 23, 2014 rated it liked it
This is a very interesting and extremely in-depth look into the science of networks - anything from 'who actors have worked with,' to 'computer networks,' to good ol' real life 'analog' social networks (i.e. 'who you know, and who they know'). Basically, anything with nodes connecting to other things. This book looks at the science of networks primarily from a 'mathematical model' perspective, and as such it was frequently beyond my comprehension. Indeed, though this book was engaging and covere ...more
Atila Iamarino
Jun 17, 2011 rated it it was amazing
O tipo de livro que coloco ao lado do The Information: A History, a Theory, a Flood do James Gleick na categoria "livros que fazem sua visão de mundo mudar". Recomendo o Linked para qualquer pessoa que trabalhe com ciência ou com relacionamentos humanos ou entre qualquer variável. A noção de como redes são construídas e funcionam, de sites a pessoas, ou mesmo proteínas, e como as propriedades que explicam este tema são relevantes para tudo que fazemos.

Embora seja de 2002 e esteja um pouco defasa
Dr. Barrett  Dylan Brown, Phd
Interesting enough, though repetative. A pop-cultural textbook for very complicated mathematics/statistics, but never-the-less very relevant and very interesting. The first half of the book builds the groundwork for the information explained in the second half, though for the most part the book just repeats the same concepts over and over (maybe needed for something so compicated).

To be honest I already had intuitively come to some of the same conclusions these mathemeticians and physicists came
Sep 01, 2007 rated it it was amazing
Similar to "The Tipping Point" -- it's more academic and uses examples beyond social settings, and takes some of the same ideas further in more depth. Not quite as accessible as The Tipping Point, but also more realistic and less 'romanticizing' of the science.
Alessandro Sangiovanni
Dec 01, 2013 rated it really liked it  ·  review of another edition
Shelves: anobii
Una lettura piacevole, niente affatto pesante. Offre anche qualche spunto di conversazione e riflessione multidisciplinare sul mondo delle reti.
Sep 06, 2011 is currently reading it
Sharp logic and good writing, backed up by sound proof.
Eustacia Tan
Jul 15, 2016 rated it it was amazing
Shelves: nlb-ereads
So, I had to read this for a class, which meant that I took notes on every single chapter. So... my review really just consists of my notes. So this review is really just more for me to remember things than for anyone else.

First line:
February 7, 2000 should have been a big day for Yahoo.

The First Link: Introduction - the book opens with the story of mafiaboy, the teenager that managed to bring down Yahoo. Then it changes, quite inexplicably, to Christianity and gives everything to credit. I rea
Aug 31, 2017 rated it liked it
The author is a knowledge physicist who used a lot of examples from scientific, human relationship, biology, finance...etc aspects to explain the development of network. I thought i would not understand this book if i didn't read "Nine Algorithms That Changed the Future: The Ingenious Ideas That Drive Today's Computers", I got to know how google design its search engine, with what tricks some spams used (multiple links with tags from famous links, with famous words, sentences inserted in their p ...more
This book wasn't what I expected, which meant I had to readjust my mindset going in. I had the impression it was about how disciplines and events are interlinked (more cause-and-effect), but is actually about the mathematics of modeling networks. Which turned out to be really interesting, if a little dry. I appreciated the history, and the gradual building up of our current understanding of networks; it seemed slow, but since I have no background in the subject, it was a good pace. He also const ...more
Peter Harrison
Mar 19, 2017 rated it liked it  ·  review of another edition
Shelves: science
An interesting introduction to the science of networks. It does however disappoint on a couple of levels.

First it builds the basic foundation of how networks are structured (nodes with links, power laws, scale-free models) in brief segments with clear explanations from a number of specific examples such as the internet or the network of scientific academics. It feels like the detail peters out half way through however. The remainder of the book is a sequence of fairly brief descriptions of how t
Aug 24, 2017 rated it it was amazing
Scrisă într-un limbaj accesibil, deși matematic, ea poate fi lesne înțeleasă de oricine. Pentru fiecare teorie și fiecare model de rețea, autorul exemplifică și explică.

Lumea asta întreagă e o poveste a interrelaționărilor, iar Linked pornește de la o ipoteză superbă, aceea în care apropierea dintre ceva și altceva este atât de strânsă. Există legături între noi toți, între tot ce cunoaștem și ce nu cunoaștem încă. Suntem parte din rețele pornind de la nivel celular până la nivel global. Conștie
Jan 22, 2017 rated it really liked it
Shelves: non-fiction
I picked it up as an introduction in a mathematical field I was only vaguely aware of, I understood the ways of implementing, traversing and organizing networks in the scope of computer programs (think Dijkstra and Edmonds-Karp), but to interpret them as there own realm of science was new to me. The!

I wont bother with describing what the book discusses, the table of contents has very well picked titles, but the two most notable things I took from how the book was written was first how the author
Laurent De Serres Berard
Nov 07, 2017 rated it really liked it
Would have given 5 stars, if it wasn't some parts a bit repetitive at the end. Simple, but amazing books that make the holistic, universal aspects of networks and their principles accessible to everybody. Written in the beginning of 2000s, you can actually see how he accidentally predicted many aspects of the digital, online economy, and how democracy could be affected by online news through those ''hubs'' of information. For me, i was fascinated because i could saw how this could be applied to ...more
Rafael Ramirez
May 28, 2017 rated it it was amazing  ·  review of another edition
Muy buena introducción para quien le interese el tema de las redes. Es impresionante como los mismos principios aplican, sin importar si se trata de redes sociales, la relación entre actores en Hollywood o entre procesos biológicos dentro de las celulas. Clave para entender nuestro mundo, cada vez más conectado.
Andrew Teasdale
Some great concepts. Felt a bit out-of-date thought.
Read very much like a text book, which I guess it may be used for in some places. Some interesting stuff, but some rather uninteresting.
Alexander Smith
As a common reader, this book works as a useful introduction for an undergraduate. I think, however, it does not create a grand perspective of what network science actually does. Instead, it talks about popular news that inspired the field or that the field inspired. Specifically, it functions mostly as an advertisement of Barabási's accomplishments, and not so much the accomplishments and future goals of the field. I would suggest that if an undergraduate or a masters level student was becoming ...more
Apr 24, 2017 rated it it was amazing
Barabási gives a quick, easy, and enjoyable overview how new math models are helping to understand the growth and topology of the Internet, social networks, biological structures and chemical pathways, and phase transitions.

The downside is that this book was written in the early in this century (pre-Facebook, pre-Twitter) and thus its examples seem really ancient. You can find more on the subject by checking out
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Linked.... 1 22 Apr 24, 2007 07:41AM  
  • Six Degrees: The Science of a Connected Age
  • Nexus: Small Worlds and the Groundbreaking Theory of Networks
  • Sync: The Emerging Science of Spontaneous Order
  • Emergence: The Connected Lives of Ants, Brains, Cities, and Software
  • Complex Adaptive Systems: An Introduction to Computational Models of Social Life
  • The Social Life of Information
  • Networks: An Introduction
  • Smart Mobs: The Next Social Revolution
  • Out of Control: The New Biology of Machines, Social Systems, and the Economic World
  • Connected: The Surprising Power of Our Social Networks and How They Shape Our Lives
  • The Wealth of Networks: How Social Production Transforms Markets and Freedom
  • Complexity: A Guided Tour
  • The Power of Pull: How Small Moves, Smartly Made, Can Set Big Things in Motion
  • Ambient Findability: What We Find Changes Who We Become
  • Infotopia: How Many Minds Produce Knowledge
  • Everything Is Miscellaneous: The Power of the New Digital Disorder
  • The Future of Ideas: The Fate of the Commons in a Connected World
  • Cognitive Surplus: Creativity and Generosity in a Connected Age

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Albert-László Barabási is a Hungarian-American physicist born in Transylvania, Romania, best known for his work in the research of network theory.
More about Albert-László Barabási...
“In retrospect, Euler's unintended message is very simple: Graphs or networks have properties, hidden in their construction, that limit or enhance our ability to do things with them. For more than two centuries the layout of Konigsberg's graph limited its citizens' ability to solve their coffeehouse problem. But a change in the layout, the addition of only one extra link, suddenly removed this constraint.” 2 likes
“There is an old debate," Erdos liked to say, "about whether you create mathematics or just discover it. In other words, are the truths already there, even if we don't yet know them?" Erdos had a clear answer to this question: Mathematical truths are there among the list of absolute truths, and we just rediscover them. Random graph theory, so elegant and simple, seemed to him to belong to the eternal truths. Yet today we know that random networks played little role in assembling our universe. Instead, nature resorted to a few fundamental laws, which will be revealed in the coming chapters. Erdos himself created mathematical truths and an alternative view of our world by developing random graph theory. Not privy to nature's laws in creating the brain and society, Erdos hazarded his best guess in assuming that God enjoys playing dice. His friend Albert Einstein, at Princeton, was convinced of the opposite: "God does not play dice with the universe.” 1 likes
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