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The Demon in the Machine: How Hidden Webs of Information Are Solving the Mystery of Life
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'A gripping new drama in science ... if you want to understand how the concept of life is changing, read this' Professor Andrew Briggs, University of Oxford
When Darwin set out to explain the origin of species, he made no attempt to answer the deeper question: what is life?
For generations, scientists have struggled to make sense of this fundamental question. Life really do ...more
When Darwin set out to explain the origin of species, he made no attempt to answer the deeper question: what is life?
For generations, scientists have struggled to make sense of this fundamental question. Life really do ...more
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I’m fascinated by what makes organisms tick, what enables living matter to do such astounding things – things beyond the reach of non-living matter. Where does the difference come from? Even a humble bacterium accomplishes things so amazing, so dazzling, that no human engineer can match it. Life looks like magic, its secrets cloaked by a shroud of impenetrable complexity. Huge advances in biology over the past decades have served only to deepen the mystery. What gives living things that enigma ...more
I’m fascinated by what makes organisms tick, what enables living matter to do such astounding things – things beyond the reach of non-living matter. Where does the difference come from? Even a humble bacterium accomplishes things so amazing, so dazzling, that no human engineer can match it. Life looks like magic, its secrets cloaked by a shroud of impenetrable complexity. Huge advances in biology over the past decades have served only to deepen the mystery. What gives living things that enigma ...more
Physicists have a habit of dabbling in biology and, perhaps surprisingly, biologists tend to be quite tolerant of it. (I find it hard to believe the reverse would be true if biologists tried to do physics.) Perhaps one reason for that tolerance is Schrödinger’s lecture series and book What is Life?, which had a huge impact on molecular biology and with a reference to which, not surprisingly, Paul Davies begins his fascinating book.
At the heart of the The Demon in the Machine (we'll come back to ...more
At the heart of the The Demon in the Machine (we'll come back to ...more
Paul Davis made an amazing combination of physics, chemistry, biology and information theory in this book which gave readers a lot of information. This book explains the mesmerizing effects of quantum mechanics in a wonderful way at the atomic levels and the birds navigation which sounds like really interesting . The most part of the book tells us about biology and life.
I'll at least take a look at this one when the library gets a copy. The author is a cosmologist, and Nature's reviewer compares Davies' effort to Erwin Schrodinger's classic "What is Life?" (1943): https://www.nature.com/articles/d4158...
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"Davies claims that life’s defining characteristics are better understood in terms of information. This is not as absurd as it may seem [reviewer is a biologist. This strikes me as a reasonable argument by Davies]. Energy is abstract, yet we have little ...more
Sample:
"Davies claims that life’s defining characteristics are better understood in terms of information. This is not as absurd as it may seem [reviewer is a biologist. This strikes me as a reasonable argument by Davies]. Energy is abstract, yet we have little ...more
This book brings together the latest findings in physics and biology in an attempt to answer the question "what is life?" (with a small side-order of "what is consciousness?") Information Theory and Computational Theory offer a tantalising insight into what separates the living from the non-living and, through the use of "Maxwell Demons", allows living organisms to defy the second law of thermodynamics, maintaing their complex state despite the tendency of all matter to devolve into entropy.
This ...more
This ...more
A book which look at life through the lens of a physicist. The central equation is matter + information = life. He essentially treats the genome networks as computational units of an information/communications network and this is the basis of all life and it's not necessarily a reductionist paradigm, there could be top-down causation possible through some organizational informational rules that underly life.
Information processing and computation is how life regulates itself and this underlies s ...more
Information processing and computation is how life regulates itself and this underlies s ...more
It was heartening to learn that there are new approaches to understanding the processes of life in general, and consciousness in particular, and Paul Davies has a particular gift of insight and understanding into how the universe is put together. I was most interested in his ideas of fertile areas for research that can elucidate the mechanisms by which consciousness is generated, and Davies's thesis is that informational systems are both fundamental to the universe and explainable by as yet unde
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Read this book for a really entertaining account of the way life operates at the level of a cell to process information from a bestiary of truly fascinating creatures that make life what it is. If there is a more comprehensive account of the cell in equally accessible language then I want that on my reading list. I also learned a number of unexpected new things about the evolutionary process which I found helpful and will use in future discussions. For the question “what is life?” however, never
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This is a difficult book to rate as at times I felt like I was experiencing an interesting incipit to a completely new way of thinking about life, other times, I felt bombarded with unnecessary detail and a hopeless abandonment of the great promise of the book's subtitle.
First of all, I greatly enjoyed the extended description of Maxwell's demon as this is a concept I have been very vague on for a while, this book really does nail down the concept quite clearly. Also, this will likely be the bes ...more
First of all, I greatly enjoyed the extended description of Maxwell's demon as this is a concept I have been very vague on for a while, this book really does nail down the concept quite clearly. Also, this will likely be the bes ...more
Very interesting book with a lot of cool information about information. It really conveyed the point that it is not enough to think about biological life in purely chemical or physical terms, but informational terms as well (the analogy being that the chemical components are life’s hardware while the information processing components are life’s software). It also did a good job of going beyond the standard account of genetics as an information science and talked about the role that epigenetics p
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This is an update long overdue to the age-old question - "What is life?" In this book, Paul Davies delivers to the reader the latest research and insights. There are two parts to this book - the first being the development of information theory, of nanoscale Maxwell demons and engines seemingly going against the second law of thermodynamics, and how all of these relates to the improbable, entropy-reversing existence of life. The second part considers development on the biology front, including t
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Demonic mind games is what you'll get from the chapter "enter the demon". I literally could not tell the difference between his incoherent rambling where words/concepts are artfully replaced (such as entropy becoming information in turn becoming 'work', with the intent being that information is something other than the physical/material systems they're associated with; I guess the hope was that most people just go along with the narrative because the ever-so-smart physicist is treating it likes
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I can't finish this. It's getting too technical for layman like by the first one third of the book.
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I didn't know what this book was about when I bought it - an algorithm recommended it and I like both Demons and Machines - so why not, am I right?
The book is wonderful and I learned so much from it about the overlap between biology, quantum mechanics and information theory. Before you tune out, let this sink in for a bit, because this is what the book is about....
The building blocks of life aren't chemicals, its information. He essentially thinks information (data) might be a whole other thing, ...more
The book is wonderful and I learned so much from it about the overlap between biology, quantum mechanics and information theory. Before you tune out, let this sink in for a bit, because this is what the book is about....
The building blocks of life aren't chemicals, its information. He essentially thinks information (data) might be a whole other thing, ...more
A readable treatise on how life may have arisen from inanimate matter. Complex information is interwoven in living systems helped along by Maxwell's demons. New laws of physics may one day be discovered that help us understand the enormous chasm between chemistry and living systems. Perhaps the universe we exist in favoured the emergence of life and mind, giving humans a "cosmic" meaning without needing to invoke a magician who plays with matter from time to time. Davies' ideas are compelling ye
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At best, there is nothing new in this catalogue of pop science talking points. Nothing you read here hasn't already been explored in greater depth somewhere else in the past 50 years, and by someone with a better grasp of the relevant topic.
At worst, it wastes the reader's time by leading him through a series of naïve misinterpretations and superficial cogitations on pop science subjects, with no point to make or conclusions to derive.
Couldn't Davies get one single biologist to check his substan ...more
At worst, it wastes the reader's time by leading him through a series of naïve misinterpretations and superficial cogitations on pop science subjects, with no point to make or conclusions to derive.
Couldn't Davies get one single biologist to check his substan ...more
A book for hyper-intellectuals
Davies used to write books for laymen, but this time he gets very technical. It is an advanced and well-written book on state-of-the-art science. But to me, it was a disappointment, because I'm moderately interested in technicalities. Most of the book is like this:
Davies used to write books for laymen, but this time he gets very technical. It is an advanced and well-written book on state-of-the-art science. But to me, it was a disappointment, because I'm moderately interested in technicalities. Most of the book is like this:
In response to the arrival of a signal from the body of the neuron, the gates open and allow sodium ions to flow from the outside to the inside, thereby reversing the voltage. Next, a different set of ion...more
This is not a book for the casual reader. A lot of this went over my head, but I managed to maintain a loose grip on it until the end.
Essentially, the author is arguing for the inclusion of information science along with physics, chemistry, and biology as the disciplines that deal with the origins of the universes. The author says that the universe is, at some level, based on information. DNA is information, for example, and that drives biology. And what do we make of consciousness? Is that some ...more
Essentially, the author is arguing for the inclusion of information science along with physics, chemistry, and biology as the disciplines that deal with the origins of the universes. The author says that the universe is, at some level, based on information. DNA is information, for example, and that drives biology. And what do we make of consciousness? Is that some ...more
An interesting read about how the deepest questions in biology have answers that lean towards concepts from physics, computation and mathematics. The author specifically makes the case for the role of information theory in leading the way towards the development of the 'Theory of Life'. He however warns against a purely reductionist approach, as is most popular in quantitative biology. He makes the case that if current physics cannot do so, we might need to discover a new physics, so as to expla
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Heard of this book in one of science podcasts, and it hooked me straight away. Quite a different angle to look at the origins and evolution of life, I thought, especially after completing several books by Dawkins and smaller volumes by other authors (including Schrödinger) on related topics. So after keeping it in a bucket list for a couple of years, I eventually ordered a printed copy.
Surely, I expected too see a larger book, than 200+ pages of a small format. I browsed slowly through the pages ...more
Surely, I expected too see a larger book, than 200+ pages of a small format. I browsed slowly through the pages ...more
This book takes a rather different point of view on the processes of life. While virtually all other work is mainly concerned with the physical aspects of life, how is living matter different from inanimate matter, how did it come about etc., the author here highlights the aspects of life that revolve around information storage and processing. The author convincingly argues that information has to be viewed as an integral, maybe the essential, aspect of what defines life, entirely devoid of what
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Paul Davies is a an excellent science writer, bringing fresh perspective to historical and new science but what makes this book particularly interesting is the insight we get from firsthand access to the research on the subject.
Biology is still a strange science, exceptions outweigh the rule when you try to make any statement, there is a lack of fundamental principles to follow and even being able to effect a measurement reliably is completely non trivial.
However this state is unlikely to remain ...more
Biology is still a strange science, exceptions outweigh the rule when you try to make any statement, there is a lack of fundamental principles to follow and even being able to effect a measurement reliably is completely non trivial.
However this state is unlikely to remain ...more
I don't know if I was expecting too much but in essence the book says nothing. For the last 70/80 years or so thoughts of where we have come from have been trying to find a hard scientific truth. We have anticipated artificial intelligence and we have looked for alien life. My firm belief remains intact we have not progressed an iota forward. Until the day some alien taps us on the shoulder maybe things will not change..
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The book is about "the physics of information and its role in the story of life". It develops interesting perspectives to understand biology and life. For example the theory that cancers are an atavistic phenotype triggered by cellular stress.
I've enjoyed it a lot. ...more
I've enjoyed it a lot. ...more
Although published in October of 2019, this book is my favorite book of 2020. I have read 149 books to date this year, and my criteria for favorite book is simple: the marginalia I write after reading something memorable.
This book has the graffiti of my amazement throughout such that it would not be accepted by any second-hand book buyers.
This book is a thrilling, mind-enhancing tour of the majesty of biology, physics and information science that suggests there is still so much we don’t know ab ...more
This book has the graffiti of my amazement throughout such that it would not be accepted by any second-hand book buyers.
This book is a thrilling, mind-enhancing tour of the majesty of biology, physics and information science that suggests there is still so much we don’t know ab ...more
This is a book I found both difficult to read (biology is hellishly complex), and also fascinating. It introduced me to quantum biology and the incredibly diverse manner in which information (the software of life) has evolved ever since the first sign of life appeared on our planet.
It doesn’t give us an explanation for what life is, or how this information is organized, but without resorting to the easy cop-out of agency, it opens the door to many possibilities. Life is intelligence and selfishn ...more
It doesn’t give us an explanation for what life is, or how this information is organized, but without resorting to the easy cop-out of agency, it opens the door to many possibilities. Life is intelligence and selfishn ...more
Interesting insights into the intersection where biology, physics and information combine to create life.
For anyone who has read Richard Dawkins, I found this a kind of cross between The Selfish Gene and The Extended Phenotype. By which I mean, I marvelled at Dawkins’ ability to express the complexity of genetics in ths first of those books: so much so that I moved triumphantly on to The Extended Phenotype - where I understood pretty much zip. Dawkins had written the first book for idiots, and ...more
For anyone who has read Richard Dawkins, I found this a kind of cross between The Selfish Gene and The Extended Phenotype. By which I mean, I marvelled at Dawkins’ ability to express the complexity of genetics in ths first of those books: so much so that I moved triumphantly on to The Extended Phenotype - where I understood pretty much zip. Dawkins had written the first book for idiots, and ...more
A physicist tries to answer the biggest question in biology using information theory. Although he is not actually "solving the mystery of life", Davies' interdisciplinary approach opens up a whole new perspective on many wicked problems in science.
Reading this book, I was intrigued by epigenetic inheritance, electro-transduction, and targeted mutations. Modern biology is full of mysteries that want to be solved. Following this mission, Davies explores thermodynamics, quantum mechanics, logic, i ...more
Reading this book, I was intrigued by epigenetic inheritance, electro-transduction, and targeted mutations. Modern biology is full of mysteries that want to be solved. Following this mission, Davies explores thermodynamics, quantum mechanics, logic, i ...more
One of the best scientific books I've read so far. The motif of the book is as follows:
"While it is the case that biological information is instantiated in matter, it is not inherent in matter. Bits of information chart their own course inside living things. In so doing, they don't violate the laws of physics, but nor are they encapsulated by those laws [...]"
Paul Davies masterfully shows how are the theory of information, thermodynamics, biology and quantum mechanics intertwined. Most important ...more
"While it is the case that biological information is instantiated in matter, it is not inherent in matter. Bits of information chart their own course inside living things. In so doing, they don't violate the laws of physics, but nor are they encapsulated by those laws [...]"
Paul Davies masterfully shows how are the theory of information, thermodynamics, biology and quantum mechanics intertwined. Most important ...more
The book starts off with a “what is life?” chapter. It opens you up to the inner workings of organisms from physical, chemical and biological perspectives. The scientific research and studies are so interesting.. imagine this - if a cell is able to store and recall the information about its form and objective and is also able to adapt to stress and rewrite it’s functions and is also able to “know and be aware” of what’s happening to it - think of the analogy to modern day psychology and apply it
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Paul Charles William Davies AM is a British-born physicist, writer and broadcaster, currently a professor at Arizona State University as well as the Director of BEYOND: Center for Fundamental Concepts in Science. He has held previous academic appointments at the University of Cambridge, University of London, University of Newcastle upon Tyne, University of Adelaide and Macquarie University. His re
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“Network theory confirms the view that information can take on 'a life of its own'. In the yeast network my colleagues found that 40 per cent of node pairs that are correlated via information transfer are not in fact physically connected; there is no direct chemical interaction. Conversely, about 35 per cent of node pairs transfer no information between them even though they are causally connected via a 'chemical wire' (edge). Patterns of information traversing the system may appear to be flowing down the 'wires' (along the edges of the graph) even when they are not. For some reason, 'correlation without causation' seems to be amplified in the biological case relative to random networks.”
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“What is the minimum level of complexity needed to attain the twin features of non-trivial replication and open-ended evolvability? If the complexity threshold is quite low, we might expect life to arise easily and be widespread in the cosmos. If it is very high, then life on Earth may be an exception, a freak product of a series of highly improbable events.”
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