Here are 53 books that Eight Day of Creation fans have personally recommended if you like
Eight Day of Creation.
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I love to hear stories about how people solve problems, and I have been curious about how science works since I was 12 years old. A decade later, when I was 22 years old, some of my friends joked that I "spoke DNA," and it’s true that I have been obsessed with trying to understand the physical structures of DNA for more than four decades now. I live my life vicariously through my students and help them to learn to tinker, troubleshoot, and recover from their failures.
I love to discuss this book with my students; this is a more recent (relative to the others) retelling of the story, with more details fleshed out through decades of scholarship in the area.
The author tells stories about his family and relates this to the discovery of the physical basis of heredity. This book was the inspiration for a Ken Burns series on PBS.
Selected as a Book of the Year by The New York Times, The Economist, Independent, Observer and Mail on Sunday
THE NEW YORK TIMES NUMBER ONE BESTSELLER BBC RADIO 4 BOOK OF THE WEEK
`Dramatic and precise... [A] thrilling and comprehensive account of what seems certain to be the most radical, controversial and, to borrow from the subtitle, intimate science of our time... He is a natural storyteller... A page-turner... Read this book and steel yourself for what comes next' Bryan Appleyard, Sunday Times
The Gene is the story of one of the most powerful and dangerous ideas in our…
I love to hear stories about how people solve problems, and I have been curious about how science works since I was 12 years old. A decade later, when I was 22 years old, some of my friends joked that I "spoke DNA," and it’s true that I have been obsessed with trying to understand the physical structures of DNA for more than four decades now. I live my life vicariously through my students and help them to learn to tinker, troubleshoot, and recover from their failures.
I love François Jacob’s book. One of my favorite quotes from this is, "Evolution is a tinkerer."
I think that this is a great insight from one of the founders in the field, who shared the Nobel prize in 1965, for showing how genetic information flows from DNA to RNA to protein and that the control or regulation of this could come from proteins binding to regions of DNA upstream from genes.
"The most remarkable history of biology that has ever been written."-Michel Foucault
Nobel Prize-winning scientist Francois Jacob's The Logic of Life is a landmark book in the history of biology and science. Focusing on heredity, which Jacob considers the fundamental feature of living things, he shows how, since the sixteenth century, the scientific understanding of inherited traits has moved not in a linear, progressive way, from error to truth, but instead through a series of frameworks. He reveals how these successive interpretive approaches-focusing on visible structures, internal structures (especially cells), evolution, genes, and DNA and other molecules-each have their own…
I love to hear stories about how people solve problems, and I have been curious about how science works since I was 12 years old. A decade later, when I was 22 years old, some of my friends joked that I "spoke DNA," and it’s true that I have been obsessed with trying to understand the physical structures of DNA for more than four decades now. I live my life vicariously through my students and help them to learn to tinker, troubleshoot, and recover from their failures.
I love the way that this book puts solving the genetic code in the
context of the development of the "information age" in the 1950s.
This
book explains the origins of the popular (but wrong) idea that DNA is the "book of life" and some sort of advanced information
system. I call this a ‘one-dimensional’ view of life (as opposed to a four-dimensional view, which takes into account not just sequence but
secondary and tertiary structures and how they change with time).
I use
this book in my introductory bioinformatics
lectures to help get across the "new" concept that, contrary to
popular cultural beliefs, DNA is not a language, nor is it a
'sophisticated computer code’. Biology is messy and complicated and
very much contextual.
This is a detailed history of one of the most important and dramatic episodes in modern science, recounted from the novel vantage point of the dawn of the information age and its impact on representations of nature, heredity, and society. Drawing on archives, published sources, and interviews, the author situates work on the genetic code (1953-70) within the history of life science, the rise of communication technosciences (cybernetics, information theory, and computers), the intersection of molecular biology with cryptanalysis and linguistics, and the social history of postwar Europe and the United States.
I love to hear stories about how people solve problems, and I have been curious about how science works since I was 12 years old. A decade later, when I was 22 years old, some of my friends joked that I "spoke DNA," and it’s true that I have been obsessed with trying to understand the physical structures of DNA for more than four decades now. I live my life vicariously through my students and help them to learn to tinker, troubleshoot, and recover from their failures.
I love to hear stories from the people doing the work, making the discoveries, detailing how science works - sometimes false leads, sometimes by luck, and most importantly, by testing ideas and being careful to make sure that things are not proven wrong. Nothing is ever 100% certain in science, but things that are falsifiable and have stood the test of time are more believable.
I remember being surprised to slowly realize that solving the genetic code was not done by computer scientists but by the experimentalists (biochemists) who used trial and error to see what proteins are made from various combinations of different DNA sequences (for example, a DNA strand that contains only A’s makes a protein with only lysine, so the triple ‘AAA’ makes lysine).
A collection of reprinted articles from the review journal Trends in Biochemical Sciences (TiBS) focusing on the central dogma of molecular biology--DNA makes RNA makes protein. The biographical and autobiographical articles graphically describe the great discoveries in the field from an insider's perspective.
I am a scientist with a love for fiction, and I’m very intrigued by and like to explore the intersections of science with the rest of the world— art, fiction, race, religion, life, and death. I bring these intersections into my teaching and writing. Over the past 30 years, I’ve taught Tibetan Buddhist monks and nuns, undergraduates, graduate students, postdoctoral fellows, physicians and professors at Emory University, cadets at the Air Force Academy, and the general public. Why does science matter? Why is it beautiful? Dangerous? It’s the novelists who tell us best.
All of Powers’ books are brilliant, for all kinds of reasons. I remember this book when it first came out decades ago. First of all, it’s just great entertainment, a great story with rich characters. Then, at the same time, Powers captures the beauty of science and discovery as he immerses the reader in the time after the discovery of the double-helical structure of DNA when there was a mad rush to figure out how DNA could encode proteins. Powers captures it all and gets the science right and brings in similarities between the DNA code and music and captures what it’s like working in a lab. How is this possible?
A novel which follows the lives of four scientific researchers as they twist about each other in a double helix of desire, weaving intricately through the themes of music, science, language and love. By the author of "Three Farmers on Their Way to a Dance" and "Prisoner's Dilemma".
John Staddon is James B. Duke Professor of Psychology, and Professor of Biology emeritus. He got his PhD at Harvard and has an honorary doctorate from the Université Charles de Gaulle, Lille 3, France. His research is on the evolution and mechanisms of learning in humans and animals, the history and philosophy of psychology and biology, and the social-policy implications of science. He's the author of over 200 research papers and five books including Adaptive Behavior and Learning,The New Behaviorism: Foundations of behavioral science, 3rd edition, Unlucky Strike: Private health and the science, law and politics of smoking, 2nd edition and Science in an age of unreason.
James Watson was a clever, pushy, and critical young American molecular biologist exposed to the scientific culture of Britain in the early 1950s.
The book is full of acerbic comments about “stuffy” Cambridge dons and the rules of etiquette that young Jim struggled with, all the while scheming to maintain the various fellowships that allowed him to remain in the UK and pursue his ambition: to understand the chemical nature of the genetic material, DNA.
The book provides a lively account of his collaboration with an older Brit, the brilliant Francis Crick, who was also trying to unscramble DNA. Much of the technical stuff will be incomprehensible to most, but the method the two followed is clear. The partnership was hugely fruitful and the book is a lively account of how science actually works.
Watson and Crick tried everything while coping with competitors and their criticisms as well as their…
One of the two discoverers of DNA recalls the lively scientific quest that led to this breakthrough, from the long hours in the lab, to the after-hours socializing, to the financial struggles that almost sank their project. Reprint. 15,000 first printing.
I have written four books of popular science, and edited a fifth collection of my favorite science writers. I have been a judge for the 2022 Science in Society Book Awards for the National Association of Science Writers. I taught popular science writing for 34 years to undergraduates and graduates alike. Most of all, I love the wonder and awe of understanding the world around us.
A wonderful saga of a cutting-edge research team’s quest to understand and even cure cancer, told with drama, wit and a poetic style.
This was one of the pioneering books that turned science writing into a truly literary pursuit, and the act of reading them into a pleasure like reading a novel.
As dramatic as The Double Hex and as absorbing as The Soul of a New Machine, Natural Obsessions explores the advanced reaches of molecular biology, the nature of the human cell, and the genes that control cancer. It unforgettably portrays some of the best young scientists in the world, the rewards and discouragements of scientific research, and the very process of scientific inquiry.
I am a physics professor at the Georgia Institute of Technology in Atlanta. Ten years ago, I switched my research focus from solid-state physics to the history of that subject. This was fertile ground because professional historians of science had almost completely ignored solid-state physics. I began my new career by writing two journal articles about the physicist Walter Kohn and his discovery of what became the most accurate method known to calculate the properties of solids. This experience led me to broaden my perspective and ultimately produce a biography of the theoretical physicist Philip Anderson. My next book will be a historical-sociological study of self-identity and disciplinary boundaries within the community of physicists.
This biography brings fully to life the multi-faceted Austrian physicist Erwin Schrödinger. Although best known as the co-inventor of quantum mechanics, he later wrote a book calledWhat is Life which inspired many physicists to apply their talents to biology. Moore gives a full account of Schrödinger’s upbringing, his education, his science, and his extensive philosophical writings. You can judge for yourself if Moore is persuasive when he argues that the erotic intensity of several of Schrödinger’s extramarital affairs helped fuel and found expression in some of his specific scientific achievements.
Erwin Schroedinger was a brilliant and charming Austrian, a great scientist, and a man with a passionate interest in people and ideas. In this, the first comprehensive biography of Schroedinger, Walter Moore draws upon recollections of Schroedinger's friends, family and colleagues, and on contemporary records, letters and diaries. Schroedinger's life is portrayed against the backdrop of Europe at a time of change and unrest. His best-known scientific work was the discovery of wave mechanics, for which he was awarded the Nobel prize in 1933. However, Erwin was also an enthusiastic explorer of the ideas of Hindu mysticism, and in the…
As any software developer knows, architecture matters. This applies to metaphysics as much as it does to physics. Traditional metaphysics, based on sacred texts that are thousands of years old, is burdened with a considerable amount of tech debt. My goal was to refresh the topic by presenting a metaphysics of entropy, followed by a metaphysics of Darwinism, followed by a metaphysics of memes. The ground covered is the same—how did we get from the dawn of creation to the present day—but the path through the territory is modern, not ancient. I have sought to show that this pathway is fully supportive of traditional ethics, the values we have cherished for thousands of years.
The essence of complexity is to extract new capabilities from existing subsystems to generate outcomes that emerge from their interactions. The ratchet principle is core to all innovation at scale.
Essentially, all systems are built upon the underpinning of prior systems, which is why you can still find business processes coded in Assembler running on mainframes.
Life is an enduring mystery. Yet, science tells us that living beings are merely sophisticated structures of lifeless molecules. If this view is correct, where do the seemingly purposeful motions of cells and organisms originate? In Life's Ratchet , physicist Peter M. Hoffmann locates the answer to this age-old question at the nanoscale.Below the calm, ordered exterior of a living organism lies microscopic chaos, or what Hoffmann calls the molecular storm,specialized molecules immersed in a whirlwind of colliding water molecules. Our cells are filled with molecular machines, which, like tiny ratchets, transform random motion into ordered activity, and create the…
I took an introduction to philosophy class in college and the professor showed us how to think about thinking. Can you know something if it’s actually untrue? Can people in a universe with an omniscient god who knows what they’re going to do have free will? Are there universal principles of justice, or is justice based on circumstances? The class changed my taste in reading. I’d read science fiction and fantasy since I was a child, but after this class, I looked for fiction that made my brain hurt but also told a wonderful story. I try hard to meet this standard in my own fiction.
I actually got to read this book before it was published because Jessica Freely was in my writer's group.
I fell in love with the characters and was thrilled whenever we got a new chapter. The plot twists and turns, and the finale is nail-biting suspense with mind-altering twists along the way.
It’s a book I wish I had written. Jessica passed away last year, but this novel is a powerful legacy.
It sucks being the son of a super villain. At home, Harry spends half of his time getting medical treatments and the other half tied up in his father's underwater lair. It was different when his mother was alive, but she disappeared when Harry was six. He can't seem to stay out of trouble at school, and his new roommate, Antonin, thinks he's a spaz, but somehow Harry has to find a way to stop his father's evil plans. Antonin Karganilla wants to become a comic book artist, but other than that, being gay is the most normal thing about…
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