
The Equations of Life
How Physics Shapes Evolution
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Narrated by:
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Ian Porter
We are all familiar with the popular idea that strange alien life is wildly different from life on Earth. Maybe it's made of silicon! Maybe it has wheels! Or maybe it doesn't.
In The Equations of Life, biologist Charles S. Cockell makes the forceful argument that the laws of physics narrowly constrain how life can evolve, making evolution's outcomes predictable. If we were to find something very much like a lady bug eating something very much like an aphid on a distant planet, we shouldn't be surprised. The forms of life are guided by a limited set of rules, and, as a result, there is a narrow set of solutions to the challenges of existence.
A remarkable scientific contribution breathing new life into Darwin's theory of evolution, The Equations of Life makes a radical argument about what life can - and can't - be.
©2018 Charles S. Cockell (P)2018 Dreamscape Media, LLCListeners also enjoyed...




















Life is amazing, but has limits.
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The conclusion is that, contrary to Charles Darwin, Peter Gould, and common speculation life can't just pop up in endless forms most beautiful. There are narrow lanes and many guardrails, thanks to the universal rules of physics.
The limits to Evolution
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The rest of the book is rather dry and falters (for the Audible reader) where equations are given. The poor narrator has to explain complicated equations in detail (T sub f divided by pi R squared equals ...). Even if you're familiar with the physics it's hard to visualize what the equations look like. This may be better in the printed version, but why provide equations at all without explaining what they mean and where they come from? The book becomes a textbook and not a very good one. My least favorite college textbooks were the ones that presented complicated equations with no history or background.
Too many equations, not enough insights
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The speaker was exceptional in clarity, phrasing and pace. It would have been perfect except weird pronunciation of several science words like. a priori or cytosine.
It all makes sense
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Biological Roots in Physics
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Explains the connection between biology and physics in an easy to understand manner.
Fantastic information
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A fun, thought-provoking review of current thought on the limitations physics may place on evolutionary form. Although some reviewers are very impatient with the equations, I found them overall useful and at times revealing (there's an equation for THAT?? COOL!!).
I was a little disappointed in Cockell's Enlightenment-era aside miscasting geocentrism as insistence on Earth as the center of the universe because of its cosmic importance (the opposite, its low position as the seat of ultimate imperfection, was generally held among the learned of Copernicus' day); and a brief and misleading reference seeming to name the concept of evolution as Darwin's invention rather than his elegant crystallization of the observations and ponderings of many of his contemporaries in addition to his own. And perhaps some readers might have better understood the old belief in [wheat+underwear = biogenesis of mice] if he had briefly mentioned that natural philosophers of that day were only beginning to move away from the ancient Greek belief that all things are unique combinations of air, fire, earth, and water (hence the notion of alchemists, including Copernicus and Newton, that it should be possible to reorder these four elements to change lead to gold). And animals with wheels?? Physics is first and foremost the reason we don't find two-piece organisms beyond single-cells with spinning flagella. I wish he had actually tackled this subject even for a few paragraphs rather than just discussing tumbling tumbleweeds (a ball being completely different from a propeller or a wheel and axle. But these shortcomings aside, the material is overall logical and engaging in presentation, and pretty darned thorough.
The reader has a nicely modulated, lively, interesting voice, but his performance is marred throughout by mispronunciations of common scientific terminology (c'mon, guy, haven't you ever watched NOVA?). Don't these folks look at their material ahead of time and use a dictionary to confirm pronunciation? Still, an engaging and worthwhile book for adults and scientifically precocious young people.
Stimulating, entertaining
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original, thought provoking well balanced
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Thought provoking narration but intractable issues
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There is a major difference between a description and an explanation: this book is a boring series of equations that describes obscure details of life and their associated variables, it does not explain it nor does it tie these equations into any coherent theoretical framework. Also one of the most boring books ive ever read: getting through the first 3 chapters was a major drag
Boring textbook that doesnt explain anything
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