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Darwin's Devices: What Evolving Robots Can Teach Us About the History of Life and the Future of Technology Hardcover – Apr 3 2012

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Product Details

  • Hardcover: 288 pages
  • Publisher: Basic Books (April 3 2012)
  • Language: English
  • ISBN-10: 0465021417
  • ISBN-13: 978-0465021413
  • Product Dimensions: 15.6 x 2.7 x 23.5 cm
  • Shipping Weight: 476 g
  • Average Customer Review: Be the first to review this item
  • Amazon Bestsellers Rank: #514,031 in Books (See Top 100 in Books)
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Product Description


Neil Shubin, Professor, University of Chicago, and author of Your Inner Fish
“Robots hold a key to our past, present, and future in John Long’s fascinating Darwin’s Devices. Telling the story of the exciting science at the boundary of biology and engineering, Long takes us on a tour of how science is done, how new ideas emerge, and how insights to ourselves can come from surprising places.”

George V. Lauder, Professor of Organismic and Evolutionary Biology, Harvard University“John Long gives us an engagingly written and highly personal book that introduces his new approach to understanding the past using evolving robots. His unique perspective is sure to inspire others and broaden our views on how robots can inform our understanding of evolution.” David Levy, author of Love and Sex with Robots“John Long weaves a fascinating journey of scientific exploration which he describes with a highly infectious enthusiasm. Long’s field is the creation of autonomous robots that can teach us about the evolution of animal behaviour—a complex subject which he analyzes and simplifies with great clarity. Darwin’s Devices is a thoroughly stimulating read.”

Steven Vogel, James B. Duke Professor, Duke University
“Whether in laboratory or kitchen, making something always improves your understanding of how it works. In this book, John Long traces his path toward better understanding the evolution of fish swimming by making robots that swim. His models quite literally embody the way the process of natural selection acts on performance in seeking food or not becoming food. It’s a personal account of real-world science, complete with the bumps and bruises, the thickets of thorns. It’s about the way we experimentalists go about things—not always pretty, but highly addictive in the doing and almost as seductive in the reading.”

Kirkus Reviews
“Lively and intriguing.”

“[A] lucidly written description of [Long’s] research…. Using ingeniously engineered devices called evolvobots that mimic carefully selected animal features, Long and his team have been probing such mysteries as how the flexible spines of fish and mammals developed, and whether or not brains are really necessary for some species’ survival. Especially inspiring is Long’s demonstration that biorobotics is not only revolutionizing the study of biology but also providing new enthusiasm for engineering technology’s value in novel applications. A must-read for aficionados of both evolutionary theory and cybernetics.”

Publishers Weekly, starred review
“Long’s process of designing the ‘tadros’ [tadpole robots] and experiments are fascinating and give unique insights into high-level science.... Long deciphers [the] unexpected results with a delightful sense of humor and an infectious awe at, and enthusiasm for, discovery and the elegant mechanisms of evolution. For readers who like serious science, this is a captivating tour of the marriage of technology and biology.”

New Scientist
“Though [Long] is a gifted storyteller, this is no simple fish tale. The engineering draw of robots is clear, but Long also emphasises the value for science, showing how robots can serve as physical models of biological organisms; evolving biorobots can shed light on why organisms evolved as they did; and robot interaction can illustrate coevolutionary dynamics, as between predators and prey.... With Darwin’s Devices, Long reminds us that science is always an adventure, and that new technology only drives us faster and further into the unknown.”

Boston Globe
“[Long] manages to balance fairly detailed and frequently entertaining accounts of the nuts and bolts of robot research with occasional forays into big picture, what-does-it-all-mean thinking.... [H]is discussion was both intelligent and philosophically informed, a rare thing in contemporary science writing.”

Laura Miller, Salon
Darwin’s Devices is part Descartes, part MacGyver and part Douglas Adams, turning from rumination on the possibility of intelligence residing in a brainless body to tips on making artificial fish vertebrae out of coffee stirrers …. One of the most intriguing and important aspects of Darwin’s Devices is the way it places the reader in the lab, at the shoulder of people doing hands-on science, sharing in their frustrations (over disappointing data, recalcitrant grant committees and astutely critical colleagues), their successes and their failures. And Long does this so lucidly that you find yourself caught up in the process, grasping the basics and eager to learn the results. It’s the best depiction of how science really works that I’ve ever read.”

“A book on robotics by a marine biologist sounds a bit fishy, but Darwin’s Devices is anything but. John Long takes us on a journey through the wonderful, oceanic world of research on the evolution of the vertebrae of extinct species. Long’s work is innovative because of his use—and strong defence—of modelling with physically embodied robots, rather than the usual software simulations of computational biology.... Long’s chatty style made me laugh out loud at times. But beneath the levity lie robust and sometimes powerful arguments about biomimetics.... [T]his is a sound and hard-hitting work…. Darwin’s Devices represents a step forward in biomimetics. And, cleverly hidden among the discussions and the humour, gems of scientific philosophy shine.”

“Long’s trials, errors and successes should prove enlightening to anyone interested in evolution or the future of robotics.”

Science News
“Clearly, it’s been a labor of love for the author and his scientific collaborators. And through Long’s humor and clever descriptions, readers get a sense of how the design concepts underlying these devices—and other robotic animals—have evolved.”

“Reading Darwin’s Devices is like listening, over drinks, to a voluble, engaging, and funny scientist tell you about his work.... Long draws you into a compelling and wide-ranging conversation. This includes discussions of the mechanics of fish backbones, how we practice science, the nature of evolution, what it means to be intelligent, our dystopian robot future, and, most important, the crucial role of good models in science.... Accessible and thought-provoking, Darwin’s Devices provides an exemplary account of scientific practice for the general reader.”

About the Author

John Long is a Professor at Vassar College, with joint appointments in Cognitive Science and Biology. He serves as Director of Vassar’s Interdisciplinary Robotics Research Laboratory, which he co-founded. Long and his robots, Madeleine and the Tadros, have garnered widespread press coverage in the New York Times, the Los Angeles Times, the Washington Post, and more. He lives in Poughkeepsie, New York.

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Amazon.com: 3.6 out of 5 stars 5 reviews
17 of 17 people found the following review helpful
5.0 out of 5 stars Bridging Robots and Fish April 27 2012
By Rob Hardy - Published on Amazon.com
Format: Hardcover
You would think that a biologist would have little interest in robots. Carbon-based life forms and silicon and metal gadgetry are different enough that both would have their own specialists working on them. The combination of the two, say in evolving robots, is something considered in science fiction, but it has become an incipient reality. John Long should know; he is a biologist and he does study robots, and he makes them, and he enables them to evolve. In _Darwin's Devices: What Evolving Robots Can Teach Us About the History of Life and the Future of Technology_ (Basic Books), Long has given a layman's introduction to some complicated work with surprising engineering, biological, and even philosophical lessons. Biorobotics is the field of building robotic gadgets to test hypotheses about animal behavior or evolution. It may well be an increasingly important field of study, not only to help understanding how evolution built us and the creatures we see around us, but also in producing robots that are fine-tuned to do our bidding with many more capabilities than our trained animals ever could.

To study animal evolution or behavior, you can study the animals themselves, or you can make digital models in your computer, but both of these have limitations that Long describes here. Long is very good about telling readers about the complexities of getting funding, of getting along with other researchers, and of the physical difficulties of making good models. Many of these pages describe the research Long did with fellow scientists and students on evolvabots (robots that evolve) named Tadros. A Tadro is a tadpole-like robot. Tadros are designed to do one thing, swim toward a light source, because, so the story goes, light is going to be where the food is, and seeking light simulates seeking food. Different Tadros were given tails of different stiffness and length and then algorithmically mated and selected to see what sort of tails evolved. Eventually, the experiment really did shed light on why invertebrates started growing backbones, but it only made sense when the robots were sophisticated enough not only to seek light but to escape from a predator. More vertebrae allowed the robots to swim and maneuver faster. No one was around to study ancient animals as they evolved backbones, but the behavior of the robots has revealed what must have been the evolutionary process that was completed and lost millions of years ago. Long says that in a very limited way the Tadros are thinking. The Tadros evolved to smarter feeding or fleeing behavior, and they did this without any changes in their simple brains. Brains, Long assures us, are overrated. "It's not that brains are unimportant. Brains do something - when they are present." Intelligent behavior is a process of dynamic interaction between the body, the brain, and the world in which the body operates. In these experiments the brains and the world stayed the same, and the changes in bodies allowed for smarter behavior. An animal with a smart body may have little need for a smart brain. As limited as the mental processes of tadpoles, fish, or insects must be, and as successful as they are, this model has potential to explain a good deal.

In a final chapter, Long asks, "Why all the fuss about robotic fish? What's in it for you and me? Will a robotic fish become your best friend, save your life, or overthrow an evil dictator. Maybe." He veers into the alarming world where robotic fish are weaponized, and we are just beginning to see this happen. As he says, Maybe. The beauty of this book, though, is in its view of working professionally within science and dealing with the headaches of research, and the emotional responses when the Tadros don't do what researchers had expected. Long is a clear and amusing writer, calling in surprising jokes and references to Lewis Carroll, Monty Python, Buckaroo Bonzai, and _Bringing Up Baby_. There is also a good deal of goofy, clunky humor that, well, geeks like Long and his pals around the Tadro tank are famous for. It's a good book for anyone interested in robots or in evolution or in science in general.
5 of 5 people found the following review helpful
5.0 out of 5 stars How Do Robots Evolve? Dec 3 2013
By D. Wayne Dworsky - Published on Amazon.com
Format: Kindle Edition
A hundred years ago many scholars still doubted the existence of Darwinian evolution. Yet, a few brave thinkers considered even more radical interpretations of our Earthly existence. And now many are treading on the very fabric of sentience. Long speculates on robotic—engineering evolvabots. He invites the reader into the stormy arena of the fine line between science and science fiction. By endeavoring to understand how robots might work, we are realizing what sentience means on a biological level as well. Long is trying to figure it all out. And he is on the right track.

He’s a long time expert on tinkering with robotics. Long is a biorobotics expert and professor of biology at Vasaar College. His two “pet” robots, Madeleine and Tadros, have helped to provide New York Times and Washing Post Press coverage. He and his colleagues have pioneered the emerging field of evolution biorobotics. In addition, he’s taught evolution on the Discovery Channell and the history Channel. He also runs research programs that endeavor to design, construct and evolve biorobots.

The book is rich. When you sink your teeth into its contents, you are enveloped in a world seldom seen in science. Even though it might seem a little scary, robotics is here to stay and Long is a driving force behind it. What we can expect from Long’s work is eye-opening information that may lay clues to behavior to extinct species and also pave the way for where we might be in the future. We can glean insight into evolution, “By letting robots play the game of life.” The author’s work is invaluable and very readable, stirring hours of stimulating, intellectual pleasure.
3 of 3 people found the following review helpful
4.0 out of 5 stars good book Feb. 19 2014
By Natan Avram - Published on Amazon.com
Format: Hardcover Verified Purchase
The subject is highly interesting and the author has done very significant research that he shares with us. He probes the ability of robots to move and adapt to the environment, which is an important subject both for understanding a possible mechanism of adaptation, and also for practical purposes. While it is good to understand the genesis of an idea or of an experimental setup, sometimes it's rambling. Being a bit more terse would help.
1.0 out of 5 stars Disappointing and tedious July 10 2016
By James Leth - Published on Amazon.com
Format: Kindle Edition
The central thesis of this book is that evolvable robots are more effective for investigating and demonstrating evolutionary systems than software simulations. Unfortunately, I believe the book supports the exact opposite conclusion. Evolutionary algorithms can't be convincingly modeled with three or four agents and a dozen generations, as the ambiguous results of these poorly conceived experiments demonstrate. Thousands or millions of agents and generations can be simulated in software, along with much more interesting and realistic selection pressures, genetically coded attributes, and environmental interactions.
1 of 4 people found the following review helpful
3.0 out of 5 stars Not That Interesting Feb. 24 2013
By Mattman - Published on Amazon.com
Format: Kindle Edition Verified Purchase
This book was commendably laden with scientific fact and did a fair job of elucidating these complicated ideas. However, if you want this for the cool concepts of robot evolution, robotic organisms, and the like, you'll probably be rather disappointed.