Life is the most extraordinary phenomenon in the known universe; but how did it come to be? Even in an age of cloning and artificial biology, the remarkable truth remains: Nobody has ever made anything living entirely out of dead material. Life remains the only way to make life. Are we still missing a vital ingredient in its creation? Jim Al-Khalili and Johnjoe Macfadden reveal the hitherto missing ingredient to be quantum mechanics and the strange phenomena that lie at the heart of this most mysterious of sciences. As they brilliantly demonstrate here, life lives on the quantum edge.
©2014 Johnjoe McFadden and Jim Al-Khalili (P)2015 Dreamscape Media, LLC
l'enfer c'est les autres
I have a problem with most of the new science books that I've been reading lately. They really aren't saying anything new and when they do they seem to enter into woo woo land. The authors demonstrate nicely how certain biological processes such as the internal magnetic compass of a certain kind of Robin, the photosynthesis in plants, the universal energy currency of life: ATP, the enzyme process, and how the sense of smell can all be thought best in terms of quantum mechanics.
Those examples make up the first half of the book. My problem with the book is the second half. All objective knowledge can be broken down into the subatomic quantum mechanical level, but that doesn't mean they should be. The authors go off the rails and enter the land of woo with ascribing the origins of life, the genetic code in general and mutations in particular, and our consciousness as best understood by quantum mechanical processes. As much as the next person, I love the mysteries of the quantum world, but I don't want to reduce the process understudy down to that level unless it is absolutely necessary. I really get tired at how many authors (including these) refer to the problem of consciousness as the "hard problem". There have been many strides lately on understanding consciousness, but mixing it with the woo woo of physics the way a Depak Chopra would is never the right approach.
It is a pity. This book had a lot going for it in the beginning, because the authors as biologist really know how to explain the physics. The authors tell the listener in very clear terms what Feynman meant by "all the mysteries of physics are contained within the double slit experiment". (Everyone who reads books like this one should take the time and trouble and look up the Feynman Lectures on the Character of Physical Law on Youtube, seven of the happiest hours I ever spent). This book explains the double split experiment, the particle/wave duality, the measurement problem, and more specifically for the book, quantum tunneling, entanglement, coherence, and superposition. Also, the authors really knew how to explain the steps in the scientific process a biologist needs in order to reach coherent, consistent, and non-contradictory conclusions.
I'm still looking for new popular science books that teach me things I don't already know and which don't enter into the land of woo.
Story most compelling. Written so that a classical biologist could understand. Coherent arguments more than plausible. Implications far reaching. Schroedinger's "What is life" under appreciated. Than you.
Urban planner. Environmentalist. Geek.
I can't write a bad review since this book introduced me to exciting, novel concepts. The amount of quantum effects that are relied on in biological systems throughout the body hints at the possibility that many, many more will be found over time. My favourite? Electrons in photosynthesis acting like little quantum computers to find the most efficient path. Also, evidence of quantum effects used by neurones are provocative indeed, although the ones found so far wouldn't seem to contribute to consciousness in any sensible way.
But one more edit would have done this book a lot of good. They struggle with the order in which they explain key concepts, which means the early chapters are burdened with long tangents and scattered organization. The later chapters are less burdened since they've explained most of the ground work by then, but clarity and directness are never these authors' strongpoints.
The biggest burden this book carries, however, is the idea that quantum particles are literally particles, which makes things seem more mystical than they need to. Mainstream physicists dropped this idea long ago in favour of "fields." So, for example, it may not surprise readers that a magnetic field can interact with something on either side of a wall. Talk about the same phenomena as a "particle," however, and suddenly it's like we're reading about magic.
They write one thing which is alarmingly misleading. They claim that even if a detector in a 2-slit experiment hypothetically didn't interact with the particles at all, it would still remove the interference pattern. How do they know what would be true in this hypothetical reality?
In fact, it is specifically the interaction of the measuring device that causes the interference pattern to disappear. To suggest otherwise implies that "measuring" mystically causes wave-functions to collapse through the conscious act of observing rather than the physical interaction of the measuring device. Tisk tisk.
Excellent The book was packed with information yet not overwhelming for the layman. Highly recommended.
Good writing is getting more difficult to find, especially in popular science, but not this one. The subject matter has not been explored elsewhere (yet) except for the explanations of the quantum mechanics but the experiments used to probe the specific features as well as those upon which this theory is built. A few of the ideas have been tested at least once (which means many runs of each experiment.) The narrator of the audio book was good but seemed to be doing more reading than comprehending. It may not be true, and his job is to strictly repeat what is on the written page, but he sounded bored in spots. Still, it was fascinating stuff and thoroughly enjoyable.
I love it when I find a book that explains new concepts like this one. These books are few and far between. However, Life on the Edge stands out for the quality of its explanations of both the new quantum biological phenomena and the long-known quantum phenomena that I supposedly learned in college.
Though I did not take much science post high school chemistry and college biology, I have always been fascinated with quantum physics, artificial intelligence, mechanics of actual science and this books really feeds that need. Well written and explained, really appreciated the "story telling" nature of the content which makes it easier to visualize in my head. Great book!
Really tried to find this book interesting. Intro chapters assume you don't know high school biology. Readers who do will find this part condescending. The interesting bits of quantum biology turn out to be a small part of the book. I suspect quantum physicists would dislike it. By the end the authors wax autobiographical and visionary with hubris waiting in the wings. Why did they attempt an (educated?) lay book on quantum biology, had they run out of grant money? Both the words and delivery are condescending. It's too bad as the topic sounded very interesting.
The book is focused on the evolution and current research in quantum biology a branch of bio physics. It is well written, current, and raises very thought provoking research question on what is life? What is consciousness? And, artificial life. It basically elaborate the thesis that at a certain basic level quantum mechanics is essential for life as statistical mechanics is essential to under thermodynamic properties of living organisms as classical mechanics is essential for understanding the macro level of
I recommend this book for readers interested in the frontiers of science and the science of life.
Report Inappropriate Content