Best Science Books: 50 Picks Recommended by CEOs

Berkeley neuroscientist Matthew Walker sets out what research shows sleep does for learning, memory, emotion, immunity and appetite, why dreams matter, and how short sleep is linked to diseases such as Alzheimer’s. Shane Parrish valued that it explains why sleep matters, not only what to do.

Thomas Kuhn argues that science moves through long periods of puzzle solving inside a shared paradigm, broken by revolutions once anomalies pile up, with the Copernican shift as his main case. Mark Zuckerberg read it as a history asking whether scientific progress is steady or arrives in bursts.

Physicist David Deutsch places the search for good explanations at the center of science and of every human advance, and holds that nothing but physical law caps how far knowledge can grow. Naval Ravikant said its ideas change how he judges what is true.

New Yorker writer Elizabeth Kolbert sets the species losses now under way beside the five earlier mass extinctions, reporting from the Andes to the Great Barrier Reef with the scientists who study them. Bill Gates noted that humans are reshaping oceans, rivers and land well beyond climate change.

Matt Ridley, a science writer trained in zoology, gives each human chromosome its own chapter and uses one gene per chapter to open themes from fate to instinct, alongside a history of genetics from Mendel to Crick. Charlie Munger called it a fabulous book.

Dava Sobel tells how the clockmaker John Harrison spent forty years building a timekeeper accurate enough to fix a ship’s position at sea, with a short history of navigation and astronomy along the way. Andrew Huberman recommended it to his students every year he taught his course.

Stephen Hawking explains for general readers how the universe began, whether time runs only forward and whether space has edges, covering black holes, quarks and the big bang. Mark Manson praised its plain account of astrophysics and the theories behind the universe.

Physician and social scientist Nicholas Christakis draws on genetics, network science and evolutionary biology to argue that natural selection gave humans an innate capacity for love, friendship and cooperation that shapes societies everywhere. Adam Grant called it a contrarian look at how evolution shapes good societies.

Neuroscientist David Eagleman argues that most brain activity runs below awareness, with the conscious mind as a small passenger, and tests the idea on synesthesia, visual illusions and criminal law. Seth Godin said it explains the chemistry and electricity inside the head better than anything before.

Stephen Webb takes up the question Enrico Fermi asked at Los Alamos in 1950, why no sign of advanced alien civilizations has appeared, and weighs fifty proposed answers one by one. Elon Musk called it a great book he read when it first came out.

Biochemist Nick Lane treats the origin of life as a question of energy, placing it in deep-sea hydrothermal vents, and asks why cells stayed simple for billions of years before complex life appeared once. Bill Gates praised his push to show how central energy is to all living things.

Materials scientist Mark Miodownik gives each chapter to one material, from steel, paper and porcelain to concrete, graphene and chocolate, mixing the science of each with its history. Bill Gates called him a witty writer with a real talent for sharing his love of the subject.

Randall Munroe of xkcd answers absurd reader questions with real physics, chemistry and biology, using simulations, equations and declassified research to work out cases such as a baseball pitched near light speed. Bill Gates said it delivers exactly what its subtitle promises.

Theoretical physicist George Gamow surveys big ideas in mathematics and science, from Cantor’s infinities and relativity to atomic structure, entropy, genes and how the solar system formed, with his own illustrations. Neil deGrasse Tyson credited it with much of his delight in math and science.

David Deutsch combines the many-worlds reading of quantum physics, Karl Popper’s theory of knowledge, Alan Turing’s theory of computation and Darwinian evolution into one account of reality. Demis Hassabis put it first among his picks for posing physics questions he wants AI tools to take on.

A posthumous collection of thirteen short pieces by Richard Feynman, including a 1959 lecture on building things at tiny scales, his Caltech speech on cargo cult science and his minority report on the Challenger disaster. Larry Page has it on his list.

Richard Dawkins argues that natural selection, cumulative but working with no plan or purpose, explains the complexity of living things, answering William Paley’s watchmaker with cases such as bat echolocation and the eye. Steven Pinker praised it as a lucid account of natural selection and elegant science writing.

Richard Dawkins presents evolution from the gene’s point of view, treating organisms as vehicles for replicators, explains how altruism can evolve through kin selection, and coins the word meme. Mark Manson said its idea of gene selection turned evolutionary thought upside down.

Doctor Ben Goldacre shows how journalists, marketers and some physicians misuse evidence, and turns cases such as detox footbaths and homeopathy into lessons on placebo, blinded trials and publication bias. Tim Ferriss called it great on how science gets co-opted.

Bill Bryson, a travel writer let down by his school textbooks, moves from the Big Bang to geology, evolution and quantum mechanics, showing how scientists found things out as well as what they know. Mark Manson called it a tour of modern scientific thought.

Psychiatrist Norman Doidge follows researchers and patients to explain neuroplasticity, the finding that the brain can rewire itself, from stroke patients relearning speech to a woman who functions fully with half a brain. Naveen Jain said he really enjoyed its account of neuroplasticity.

Climatologist Michael Mann explains the basics of climate science through his reconstruction of a thousand years of temperatures, the hockey stick graph, and the attacks that followed, including the 2009 hacking of scientists’ emails. Leonardo DiCaprio recommends it as Mann’s account of fighting climate denial.

Geneticist David Reich shows how whole ancient genomes have rewritten the human past, finding that nearly every population is a mixture formed by repeated migrations and that archaic and modern humans interbred. Marc Andreessen recommends it as a genetic account of how humans came to be.

Ed Yong argues that microbes are partners rather than mere germs, helping animals digest food, shape organs and support immunity, and he widens the view from human health to squid, beetles and deep-sea creatures. Bill Gates praised its realistic optimism about microbiome research.

Physician Siddhartha Mukherjee writes a history of genetics from Mendel and Darwin through Franklin, Watson and Crick to the mapping of the human genome, woven with his own family’s history of mental illness. Bill Gates has recommended it as written for lay readers facing new genome technologies.

Richard Dawkins sets creation myths from Aztec, Maori and Nordic traditions beside the scientific accounts of evolution, atoms, rainbows, stars and plate tectonics, writing for readers from about age 12 upward. Bill Gates said Dawkins makes science enjoyable and compared it to the Cosmos series.

Carl Sagan’s companion to his PBS series traces cosmic evolution alongside the growth of science, from Democritus and Kepler to spacecraft sent to nearby planets, the beginnings of life and the eventual end of the Sun. Richard Branson includes it on his list of lifetime reads.

Charles Darwin sets out evolution by natural selection and common descent, drawing on evidence from the Beagle voyage and later experiments, in a work written for general readers that now unifies the life sciences. Neil deGrasse Tyson named it among books every intelligent person should read.

Neil deGrasse Tyson’s twelve short essays from Natural History magazine cover the big bang, gravity, light, dark matter, dark energy and the search for life elsewhere, in plain language without formulas. Vinod Khosla called it a quick, accessible overview of the field.

Neurobiologist and primatologist Robert Sapolsky explains a single human act by stepping back in time, from brain activity seconds earlier to hormones, childhood, genes, culture and evolution, then applies the method to war, morality and tribalism. Vinod Khosla ranked it among his top reads of the year.

Physicist Geoffrey West finds simple scaling laws beneath living systems: a mammal’s size predicts its heart rate, food intake and lifespan, a pattern he traces to the networks that carry energy, and he extends the math to cities. Vinod Khosla described it as physics applied to biology and economics.

John Gribbin, an astrophysicist, lays out chaos and complexity theory and how it accounts for things from weather to mass extinctions, following the ideas from Newton and Darwin to Lorenz and Prigogine. Charlie Munger admitted it is hard to follow in full.

Richard Dawkins describes life as a stream of genes moving through geological time, traces human ancestry back to the African Eve and argues that only gradual natural selection can build the complexity of nature. Ray Dalio would give it to every graduating senior for the perspective it offers.

Physicist Carlo Rovelli condenses physics since Newton, from general relativity and quanta to particles, black holes and time, into seven short lessons first printed in an Italian newspaper. Naval Ravikant has read it twice or more.

Matt Ridley defends the idea that sex persists because mixing genes helps offspring keep up with fast-changing parasites, then follows the argument into mating, beauty and the evolution of intelligence through sexual selection. Naval Ravikant highly recommends it among books on evolution.

Biologist Merlin Sheldrake, who studied underground fungal networks in Panama, shows fungi turning rock into soil, linking plant roots, raising bread, fermenting alcohol, producing penicillin and digesting pollutants. Tyler Cowen has it on his list of the best nonfiction books.

James Watson’s memoir of the race with Francis Crick to find the structure of DNA shows gifted scientists driven by ambition and rivalry, from the contest with Linus Pauling to the disputed treatment of Rosalind Franklin. Matt Calkins read it as a story about how innovation happens.

Physicist Albert-László Barabási introduces network science, showing how cells, companies and social circles follow simple laws of hubs, small worlds and rich-get-richer growth, and applies them to viruses, fads and the Internet. Bill Barhydt said it predicted today’s connected world with striking precision.

Stephen Hawking and Leonard Mlodinow argue that physical laws alone can explain the origin of the universe, presenting model-dependent realism, the multiverse and M-theory through everyday examples. Benjamin Humphrey liked how Hawking explains hard ideas with smart metaphors.

Richard Rhodes follows nuclear physics from the discoveries behind fission through the Manhattan Project to Hiroshima and Nagasaki, weaving Bohr, Fermi, Meitner, Oppenheimer and Szilard into a story of science and politics. Bill Earner calls it his favorite book.

Mainly about how people make decisions, Daniel Kahneman’s summary of his research with Amos Tversky shows psychology at work on fast intuitive thinking, slow deliberate thinking and biases such as anchoring and loss aversion. Marc Andreessen noted that several of its studies have failed to replicate.

Mainly about risk and uncertainty, Nassim Nicholas Taleb’s study of rare, high-impact events that people explain away afterward draws on psychology and probability, contrasting Mediocristan with Extremistan and favoring robustness over forecasting. Jeff Bezos has recommended it.

Mainly a memoir told in anecdotes, Richard Feynman’s stories range from safecracking and samba to the Manhattan Project and his Cargo Cult Science warning against hiding the weaknesses in one’s own research. Tim Ferriss liked how it shows Feynman questioning dogma and checking his assumptions.

Mainly about global development and misreading data, Hans Rosling and his co-authors show how most people picture the world as poorer, sicker and more dangerous than the data says, and blame ten instincts for the errors. Bill Gates called its framework a breakthrough after decades of development work.

David Christian, founder of Big History, tells the whole 13.8 billion year story, from the first moments of the universe through the formation of the planet and the start of life to the rise of humans. Bill Gates called it a great introduction to Big History, his favorite course.

Michael Pollan reports on renewed research into LSD and psilocybin for depression, addiction and anxiety, mixing brain science and history with accounts of his own altered states, so it is as much memoir as science. David Heinemeier Hansson saw psychedelics as a way to break rigid mental frames.

Mainly a portrait of a friendship, Michael Lewis’s account follows Amos Tversky and his Israeli research partner as their experiments on systematic errors in judgment helped create behavioral economics. David Heinemeier Hansson called Lewis a great storyteller of how they mapped the irrational mind.

Douglas Hofstadter uses Bach, Escher and Gödel to ask how meaning and a mind can arise from meaningless parts, covering recursion, formal systems and self-reference, more cognition and logic than laboratory science. Mark Manson said it uses paradoxes to explain consciousness.

Steven Pinker uses graphs to credit reason, science and humanism for gains in health, safety, knowledge and prosperity, and ends by defending science against its critics, though it is mainly a case for progress. Bill Gates admired how Pinker reads historic trends through primary data.

Charles C. Mann profiles two scientists with opposing outlooks, environmentalist William Vogt and Norman Borlaug, whose high-yield crops saved millions, and tests both outlooks on food, water, energy and climate, a book mainly about environmental choices. Jason Kottke singled out its chapter on climate change.