Here are 32 books that The Inside Story fans have personally recommended if you like
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I’ve always been fascinated by the quest to understand how nature works and to find patterns amid complexity. This drew me towards physics, which seemed unparalleled in its ability to uncover general rules. In contrast, biology seemed merely descriptive, and despite a fondness for wildlife, I stayed away from the subject in school. It turns out, however, that physics and biology are perfect companions; a whole field, biophysics, explores how physical principles are central to the workings of living things. I became a biophysicist, researching topics like the organization of gut microbes and teaching and writing about biophysics more broadly, at scales from DNA to ecosystems.
Once upon a time, we were unaware of DNA. We could tell that taller parents have taller kids, we could select tomato plants for sweeter fruit, and we could even construct plausible relationships between long-extinct animals and their descendants. Still, the nature of the stuff from which these links are made and how it works or fails to work remained a mystery.
Solving this mystery is one of humanity’s most remarkable achievements, and Mukherjee tells the tale with style and humor, weaving in recollections of his family’s encounters with mental illness. Despite my familiarity with the end result, the modern picture of genes, I found much of the history surprising and surprisingly colorful, full of dead ends and creative leaps. The last third of the book, on complex traits like intelligence and illnesses like schizophrenia, isn’t quite as good as the rest, but that takes us to our second…
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 really enjoyed this book and have found it a wonderful reference, mapping the history of the quest for trying to figure out how biological information is stored (in the form of DNA in chromosomes), and how biological information flows from DNA to RNA to proteins.
The book is long and exhaustive, but it’s one of my favorites!
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.
As a journalist and an author, I’ve been covering the subject of scary viruses for twenty years—ever since I walked through Ebola habitat in a forest in northeastern Gabon, on assignment for National Geographic. I’ve interviewed many of the eminent experts—from Peter Piot to Marion Koopmans to Tony Fauci—and have spent field time with some of the intrepid younger disease ecologists who look for viruses in bat guano in Chinese caves and in gorilla blood in Central African forests. My book Spillover, published in 2012, drew much of that research together in describing the history and evolutionary ecology of animal infections that spill into humans.
Into the deep weeds, for those who dare! Eddie (as he is famously known) Holmes is one of the world’s leading experts on molecular evolutionary virology, particularly regarding the RNA viruses—which are the scariest and most menacing ones, the ones that mutate often, evolve fast, and spill over from animals to cause gruesome new diseases in humans. Ebola. Marburg. Nipah. Hendra. SARS-1. MERS. Zika. The dengues. And of course SARS-CoV-2, the COVID-19 beast. Eddie Holmes explains, in lucid but authoritative prose, where these creatures come from, how they adapt so well to infecting people, and why RNA virology is a crucial survival tool for the human future.
RNA viruses provide unique insights into the patterns and processes of evolutionary change in real time. The study of viral evolution is especially topical given the growing awareness that emerging and re-emerging diseases (most of which are caused by RNA viruses) represent a major threat to public health. However, while the study of viral evolution has developed rapidly in the last 30 years, relatively little attention has been directed toward linking work on the mechanisms of viral evolution within cells or individual hosts, to the epidemiological outcomes of these processes. This novel book fills this gap by considering the patterns…
I was stimulated by Norbert Wiener’s “Cybernetics” to study circuits in the brain that control behavior. For my graduate studies, I chose the olfactory bulb for its experimental advantages, which led to constructing the first computer models of brain neurons and microcircuits. Then I got interested in how the smell patterns are activated when we eat food, which led to a new field called Neurogastronomy, which is the neuroscience of the circuits that create the perception of food flavor. Finally, because all animals use their brains to find and eat food, the olfactory system has provided new insights into the evolution of the mammalian brain and the basic organization of the cerebral cortex.
If flavorful food has been a critical element in the evolution of our large brains, how did large brains give rise to our high intelligence? This is to be found in the circuits of our cerebral cortex and the regions to which it is connected. Daeyeol Lee is one of the leaders in research on how the cerebral cortex generates behavior in monkeys, for its insights into how this occurs in humans. This is providing new ways to define the neural basis of intelligence based on the application of new single-cell recording techniques in primates and brain scanning techniques in humans.
With his approach based on a deep understanding of how primates gave rise to humans, Lee asks the critical questions: What is intelligence? How did it evolve from monkeys to humans? Can computers and artificial intelligence ever equal human biological intelligence in all its complexity? Based on Lee’s research…
What is intelligence? How did it begin and evolve to human intelligence? Does a high level of biological intelligence require a complex brain? Can man-made machines be truly intelligent? Is AI fundamentally different from human intelligence? In Birth of Intelligence, distinguished neuroscientist Daeyeol Lee tackles these pressing fundamental issues. To better prepare for future society and its technology, including how the use of AI will impact our lives, it is essential to understand the biological root and limits of human intelligence. After systematically reviewing biological and computational underpinnings of decision making and intelligent behaviors, Birth of Intelligence proposes that true…
Trained as a physicist and employed for twenty years as an engineer, my great interest in the application of science then led me to write. I authored technical papers on the physics underpinning venerable machines such as pendulum clocks and waterwheels; these were read by the chief editor at Johns Hopkins University Press, who invited me to turn them into a popular science book–the first of fourteen. Often, technological advances were made empirically–the development of sailing ships, bridges, or pocket watches–by working people with no formal knowledge of science, yet their designs survive as triumphs of human thought, as well as useful machines.
I love this book for its affection for its characters and the colorful details of the world in which they lived.
It is a coruscating read about five curious men (curious in both senses) in eighteenth-century England at the dawn of the first industrial revolution–a revolution that they helped to create.
Led by Erasmus Darwin, the Lunar Society of Birmingham was formed from a group of amateur experimenters, tradesmen and artisans who met and made friends in the Midlands in the 1760s. Most came from humble families, all lived far from the centre of things, but they were young and their optimism was boundless: together they would change the world. Among them were the ambitious toy-maker Matthew Boulton and his partner James Watt, of steam-engine fame; the potter Josiah Wedgwood; the larger-than-life Erasmus Darwin, physician, poet, inventor and theorist of evolution (a forerunner of his grandson Charles Darwin). Later came Joseph…
I’ve always read speculative fiction for its new perspectives on reality. Now that I write it too, I appreciate the fabulous minds that create these unique views of our universe even more. Experience in higher education and instructional design led me to appreciate organization that flows at the speed and direction of thought. I adore a well-turned phrase and a well-built world, and I hope this list leads you to a new experience of that same joy.
A lot of speculative fiction involves “basic” technologies like animal domestication, farming, and written language. This well-organized, thoroughly sourced non-fiction book will tell you just how difficult developing all that stuff was on our planet, let alone in whatever fictional universes you may find these technologies in! I will never again take charcoal, or the concept of zero, for granted.
Aside from the book’s valuable content, its language is simple. The author integrates the facts into the fiction that our time machine has broken down, stranding us in a previous era where we are a long, arduous journey away from ever eating microwaved ramen again. North also points out, at every opportunity, all the ridiculousness and hilarity involved in invention, civilization, and attempting to do everything by ourselves. Please, read the footnotes in this one.
"How to Invent Everything is such a cool book. It's essential reading for anyone who needs to duplicate an industrial civilization quickly." --Randall Munroe, xkcd creator and New York Times-bestselling author of What If?
The only book you need if you're going back in time
What would you do if a time machine hurled you thousands of years into the past. . . and then broke? How would you survive? Could you improve on humanity's original timeline? And how hard would it be to domesticate a giant wombat?
With this book as your guide, you'll survive--and thrive--in any period in…
I’m an emeritus professor of psychology (University of Washington) who has long been intrigued by the mistakes that people have made throughout history. I’ve long been struck by Oppenheimer’s observation, immediately after the Trinity explosion, that “I am become Death, the destroyer of worlds.” This led me to look into the wide array of mistakes, from the mythic, literary, athletic, business, political, medical, and military. In writing OOPS!, I let myself go in a way that I’ve never before, writing with a critical and wise-ass style that isn’t strictly academic, but is factually accurate and, frankly, was a lot of fun!
A fun-filled account of, well, mistakes that worked. I didn’t know, for example, that sandwiches came about when an English earl was too busy gambling to eat his meal and needed to keep one hand free. That potato chips happened when a chef was furious when a customer complained that his fried potatoes weren’t thin enough.
Encouraging for those of us prone to our share of oops!
The greatest discoveries are made outside the classroom! Learn all about mistakes that changed the world with this collection of the strange stories behind everyday inventions! It's no accident that you'll love this book!
SANDWICHES came about when an English earl was too busy gambling to eat his meal and needed to keep one hand free. POTATO CHIPS were first cooked by a chef who was furious when a customer complained that his fried potatoes weren’t thin enough. Coca-Cola, Silly Putty, and X rays have fascinating stories behind them too! Their unusual tales, and many more, along with hilarious cartoons…
I’m a historian of science fascinated by how scientists cope with uncertainty. I’m drawn to books that identify and try to explain the gaps in scientific knowledge and describe ways of knowing that might not be called scientific. I love to read stories about how ordinary people discover extraordinary things about their environments. I’m always curious about what happens when savvy locals are visited by scientific experts. Will they join forces? Admit what they don’t know? Or is a struggle brewing?
I was captivated by an insight that came to Firestein while he was teaching college biology. Science courses typically teach what scientists know about their disciplines, but what’s most exciting to scientists is what they don’t know.
So Firestein had the brilliant idea to design a course where scientists would share their “ignorance”—the questions that keep them up at night and propel new research. It helps that the author used to work as a stand-up comic!
Knowledge is a big subject, says Stuart Firestein, but ignorance is a bigger one. And it is ignorance-not knowledge-that is the true engine of science.
Most of us have a false impression of science as a surefire, deliberate, step-by-step method for finding things out and getting things done. In fact, says Firestein, more often than not, science is like looking for a black cat in a dark room, and there may not be a cat in the room. The process is more hit-or-miss than you might imagine, with much stumbling and groping after phantoms. But it is exactly this "not…
