Here are 57 books that The Music of Life fans have personally recommended if you like
The Music of Life.
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I’ve been fascinated by languages since my teenage years, when, in addition to my native Russian, I learned English, French, Spanish, Latin, Hebrew, and Esperanto to varying degrees of fluency. But it was in college that I decided to pursue linguistics as a profession, in part influenced by one of the books on my list! After 20 years of doing scientific research and teaching linguistics at different universities, I switched gears and now focus on bringing linguistic science to the general audience of lifelong learners. Even if you don’t change your career, like I did, I hope you enjoy reading the books on my list as much as I have!
This book is why I decided to become a professional linguist! It’s a classic: it set the bar high for writing about language in a way that’s scientifically accurate yet gripping.
I was utterly mesmerized by a myriad of things Pinker talks about, like Nicaraguan Sign Language, Broca’s area in the brain, and the workings of words like “riff-raff” and “ding-dong” (and why we don’t say “raff-riff” or “dong-ding”). I also love the author’s fascination with, and admiration for, the beauty and complexity of human language and of the human mind.
'Dazzling... Pinker's big idea is that language is an instinct...as innate to us as flying is to geese... Words can hardly do justice to the superlative range and liveliness of Pinker's investigations' - Independent
'A marvellously readable book... illuminates every facet of human language: its biological origin, its uniqueness to humanity, it acquisition by children, its grammatical structure, the production and perception of speech, the pathology of language disorders and the unstoppable evolution of languages and dialects' - Nature
I’m a scientist at the University of Cambridge who’s worked on
environmental research topics such as jet streams and the Antarctic
ozone hole. I’ve also worked on solar physics and musical acoustics.
And other branches of science have always interested me. Toward the
end of my career, I became fascinated by cutting-edge issues in
biological evolution and natural selection. Evolution is far
richer and more complex than you’d think from its popular description
in terms of ‘selfish genes’. The complexities are central to
understanding deep connections between the sciences, the arts, and
human nature in general, and the profound differences between human
intelligence and artificial intelligence.
I was blown away by the vistas it opened across classic work on
genetics and palaeoanthropology, and the implications for
understanding how our ancestors evolved.
It also showed how the
politics of so-called ‘sociobiology’ impeded that understanding,
through acrimonious disputes that later turned out to be pointless.
Those disputes were very much examples of what I call
‘dichotomization’, the unconscious assumption that an issue is
binary, an either-or question, when in reality it is far more
complex with many different aspects.
You might not suspect it, but we are currently living through a revolution in scientific knowledge. What we know about the human brain's workings and about the earliest history of our distant humanoid ancestors changes almost weekly. A new view of humanity is being forged - new theories appear all the time, splinter, are revised and adandoned. Scientists from different fields of research are finally co-operating and sharing their insights in order to map out a new view of the human brain. Paleaoanthropologists digging in Kenya, neuropyschologists building organic robots in their labs and geneticists unearthing the secret in all…
I’m a scientist at the University of Cambridge who’s worked on
environmental research topics such as jet streams and the Antarctic
ozone hole. I’ve also worked on solar physics and musical acoustics.
And other branches of science have always interested me. Toward the
end of my career, I became fascinated by cutting-edge issues in
biological evolution and natural selection. Evolution is far
richer and more complex than you’d think from its popular description
in terms of ‘selfish genes’. The complexities are central to
understanding deep connections between the sciences, the arts, and
human nature in general, and the profound differences between human
intelligence and artificial intelligence.
It achieves an important and unusual cross-fertilization between two
very different kinds of expertise. Both authors are highly
innovative, and creative, thinkers, Cohen in biology and Stewart in
mathematics.
Cohen is a biologist fascinated by the complexity
observed in the living world, and Stewart is an expert on the
mathematics of chaos and complexity. The result is a profound and
multifaceted view of many natural phenomena, and of evolution in
particular. It becomes very clear how selfish-gene theory fails to
take account of important evolutionary mechanisms.
Moving on from his books on chaos ("Does God Play Dice?") and symmetry ("Fearful Symmetry"), the author of this book deals with the wider field of complexity theory. The book tackles the question of how complexity arises in nature, of how life overcomes chaos and entropy to create developing order. Co-written with biologist Jack Cohen, the book will range across the central areas of modern science, from quantum mechanics and cosmology to evolution and intelligence, looking at the central questions of order, chaos, reductionism and complexity.
I’m a scientist at the University of Cambridge who’s worked on
environmental research topics such as jet streams and the Antarctic
ozone hole. I’ve also worked on solar physics and musical acoustics.
And other branches of science have always interested me. Toward the
end of my career, I became fascinated by cutting-edge issues in
biological evolution and natural selection. Evolution is far
richer and more complex than you’d think from its popular description
in terms of ‘selfish genes’. The complexities are central to
understanding deep connections between the sciences, the arts, and
human nature in general, and the profound differences between human
intelligence and artificial intelligence.
It’s a powerful update on Noble’s book, zooming in on the workings
of the biomolecular circuits surrounding the DNA.
Some of the
circuits are studied in great detail, looking closely at how they
work, and at how they evolve in response to mutations in the DNA. A
disadvantageous mutation is eliminated by natural selection. But as
well as advantageous mutations it turns out that ‘neutral’ mutations,
conferring no immediate advantage, are important and indeed crucial.
That resolved one of the dichotomized disputes noted in Wills’ book.
The power of Darwin's theory of natural selection is beyond doubt, it explains how useful adaptations are preserved over generations. But evolution's biggest mystery eluded Darwin: how those adaptations arise in the first place. Can random mutations over a 3.8 billion years be solely responsible for wings, eyeballs, knees, photosynthesis, and the rest of nature's creative marvels? And by calling these mutations 'random', are we not just admitting our own ignorance? What if we could now uncover the wellspring of all biological innovation?
Renowned evolutionary biologist Andreas Wagner presents the missing piece in Darwin's theory. Using cutting-edge experimental and computational…
Mathematics and chemistry were my strongest subjects at school, and I started programming computers when I was 16, but life seemed most important. Hence I studied biochemistry in university but moved into molecular biology with programming to assist the data analysis. My track record in successfully predicting new biology through computing led to a pharmaceutical company recruiting me to do bioinformatics for them. However, not content with studying genes and proteins, I pushed for bioinformatics to move up into metabolism, anatomy, and physiology. That’s when I discovered systems biology. My international reputation lies at this interface and includes discoveries in microbial physiology, botany, agriculture, animal biology, and antenatal diseases.
Of the various books available on this subject, I very much prefer this one because it makes it far easier to do systems biology.
First, it shows you how to view biological regulatory processes as a set of interacting components and their effect on each other. This alone can give clues to the behaviour of the system under different circumstances. However, it then goes on to show how these processes can be defined mathematically, which then enables us to get a quantitative view of what is going on.
When the predicted and observed numbers don’t match, we know that there is a gap in our knowledge and, hence, the place to discover new biology. Using this approach, I have.
... superb, beautifully written and organized work that takes an engineering approach to systems biology. Alon provides nicely written appendices to explain the basic mathematical and biological concepts clearly and succinctly without interfering with the main text. He starts with a mathematical description of transcriptional activation and then describes some basic transcription-network motifs (patterns) that can be combined to form larger networks. - Nature
[This text deserves] serious attention from any quantitative scientist who hopes to learn about modern biology ... It assumes no prior knowledge of or even interest in biology ... One final…
Mathematics and chemistry were my strongest subjects at school, and I started programming computers when I was 16, but life seemed most important. Hence I studied biochemistry in university but moved into molecular biology with programming to assist the data analysis. My track record in successfully predicting new biology through computing led to a pharmaceutical company recruiting me to do bioinformatics for them. However, not content with studying genes and proteins, I pushed for bioinformatics to move up into metabolism, anatomy, and physiology. That’s when I discovered systems biology. My international reputation lies at this interface and includes discoveries in microbial physiology, botany, agriculture, animal biology, and antenatal diseases.
This book turns on its head what I was taught about what controls metabolite flow through a pathway. It covers highly remarkable discoveries concerning which steps control changes in metabolite levels: those at the end rather than the start of pathways. This is amazing because it explains why decades of effort by bioengineers to overproduce particular metabolites was unsuccessful.
In response to a request from such a project, I explained how to block the inhibitory regulation by the early pathway step but added that, according to metabolic control theory, this would leave the end-product levels unchanged. I was correct on both counts! When my group later provided results from using a systems biology approach, they achieved their production target levels.
Mathematics and chemistry were my strongest subjects at school, and I started programming computers when I was 16, but life seemed most important. Hence I studied biochemistry in university but moved into molecular biology with programming to assist the data analysis. My track record in successfully predicting new biology through computing led to a pharmaceutical company recruiting me to do bioinformatics for them. However, not content with studying genes and proteins, I pushed for bioinformatics to move up into metabolism, anatomy, and physiology. That’s when I discovered systems biology. My international reputation lies at this interface and includes discoveries in microbial physiology, botany, agriculture, animal biology, and antenatal diseases.
This is one of my most valued reference books, and I have referred to it many times.
With some explanatory text, it consists of a set of maps of biochemical pathways, differentiating between organism kingdoms, and includes how specific metabolites regulate the activity of particular enzymes. The pathways are very easy to find and easy to interpret. In contrast, the online equivalents can be difficult to interpret for a variety of reasons.
The book has the added advantage that it does not need a power supply or an internet connection and can be used in a far wider range of temperatures than computer hardware.
The pathways and networks underlying biological function
Now in its second edition, Biochemical Pathways continues to garner praise from students, instructors, and researchers for its clear, full-color illustrations of the pathways and networks that determine biological function.
Biochemical Pathways examines the biochemistry of bacteria, plants, and animals. It offers a quick overview of the metabolic sequences in biochemical pathways, the chemistry and enzymology of conversions, the regulation of turnover, the expression of genes, the immunological interactions, and the metabolic background of health disorders. A standard set of conventions is used in all illustrations, enabling readers to easily gather information and…
Mathematics and chemistry were my strongest subjects at school, and I started programming computers when I was 16, but life seemed most important. Hence I studied biochemistry in university but moved into molecular biology with programming to assist the data analysis. My track record in successfully predicting new biology through computing led to a pharmaceutical company recruiting me to do bioinformatics for them. However, not content with studying genes and proteins, I pushed for bioinformatics to move up into metabolism, anatomy, and physiology. That’s when I discovered systems biology. My international reputation lies at this interface and includes discoveries in microbial physiology, botany, agriculture, animal biology, and antenatal diseases.
This book has been a companion for almost three decades.
Any bona fide bioinformatician will write some program scripts if only to reformat data in new and useful ways. Perl is not the most efficient or widespread scripting language, but it has the advantage of being highly flexible. It offers many ways to write a program to carry out a given task, so even computationally naive programmers can generate effective code.
Even though I am no longer actively developing software, I still have occasions when it is quicker to script something in Perl than do battle with larger apps.
When it comes to learning Perl, programmers consider this book to be the undisputed bible. You not only learn every nuance of this language, you also get a unique perspective on the evolution of Perl and its future direction. The 4th edition has been thoroughly updated for version 5.14, with details on regular expressions, support for UNICODE, threads, and many other features. Many Perl books explain typeglobs, pseudohashes, and closures, but only this one shows the motivations behind these features and why they work the way they do. It's exactly what you'd expect from its prominent authors: Larry Wall is…
Robert M. Hazen, Senior Staff Scientist at the Carnegie Institution of Washington’s Earth and Planets Laboratory and the Clarence Robinson Professor of Earth Science at George Mason University, received the B.S. and S.M. in geology at the Massachusetts Institute of Technology and the Ph.D. at Harvard University in Earth science. His most recent book is The Story of Earth: The First 4.5 Billion Years from Stardust to Living Planet, which explores the intricate coevolution of the geosphere and biosphere.
Harvard geobiologist Andy Knoll vividly captures the dynamic field of Precambrian paleontology in this unique, zippy read. Personalities—both fossils and the people who study them—come alive as Knoll races across the eons. With episodes from life’s enigmatic origins, to scrappy contentious black smudges that might or might not be the remains of cells, to some of the most exquisite and revealing microfossils on Earth, Life on a Young Planet takes its readers on a unique journey.
Australopithecines, dinosaurs, trilobites--such fossils conjure up images of lost worlds filled with vanished organisms. But in the full history of life, ancient animals, even the trilobites, form only the half-billion-year tip of a nearly four-billion-year iceberg. Andrew Knoll explores the deep history of life from its origins on a young planet to the incredible Cambrian explosion, presenting a compelling new explanation for the emergence of biological novelty. The very latest discoveries in paleontology--many of them made by the author and his students--are integrated with emerging insights from molecular biology and earth system science to forge a broad understanding of how…
I’m drawn to the intersection of psychology, philosophy and pragmatism — a dynamic that can be found in the books I write, the conversations I enjoy, and the ways I choose to spend my down time. By getting in touch with my personal psychology (influenced by my brain chemistry, temperament and upbringing) and studying various philosophies (from the Stoics to Alain de Botton), I have begun to find my own truth and formulate my own best practices in life. I don’t always nail it — not by a long shot — but that’s why it’s called a practice. There are so many different ways to live a contented life. It can be awfully rewarding to locate your own.
I often joke that Marcus Aurelius is my brother from another mother. Sure, he was a Roman emperor who, if he’d lived, would be 1,900 years old this year, but the things he wrote in Meditations — his book on Stoic philosophy written for himself between 170 and 180 CE — are perfectly on point. I feel like he’s writing from inside my head, struggling with the same challenges I do. Of course, Aurelius is not so much like me as much as he’s like every human on the planet; he just happened to think and express himself in a direct, accessible way. His “epithets” – guiding principles for how he lived his life – inspired me to come up with my own epithets. Maybe they’ll do the same for you.
MEASURE OF A MAN IS THE WORTH OF THE THINGS HE CARES ABOUT.
IF IT IS GOOD TO SAY OR DO
SOMETHING, THEN IT IS
EVEN BETTER TO BE CRITICIZED FOR
HAVING SAID OR DONE IT.
ARE MY GUIDING PRINCIPLES
HEALTHY AND ROBUST? ON THIS HANGS EVERYTHING.
Essayist Matthew Arnold described the man who wrote these words as "the most beautiful figure in history." Possibly so, but he was certainly more than that. Marcus Aurelius ruled the Roman Empire at its height, yet he remained untainted by the incalculable wealth and absolute power that had…
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