131 books in this category
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by Richard Dawkins
Cited by 37 other books and connected to 28 more in Science. If you read one book in this category first, the citation network says make it this one.
Ranked by how often they are cited by other books in the collection. These are the titles later authors keep returning to — read one and you will recognise its fingerprints across the rest of the category.
by Stephen Hawking
Hawking takes readers from the Big Bang to black holes, asking the deepest questions about the universe's origin and fate. His ambition: make the fundamental laws of cosmology accessible to anyone willing to think carefully.
by Thomas Kuhn
Kuhn argues that science doesn't progress through steady accumulation but through paradigm shifts - revolutionary breaks where the entire framework changes. Normal science solves puzzles until anomalies trigger a crisis.
by Yuval Noah Harari
Harari traces how Homo sapiens conquered the planet not through physical strength but through shared fictions, money, religion, nations. These collective myths let strangers cooperate at scales no other species can match.
by Antonio Damasio
Damasio overturns the idea that reason and emotion are separate. His neuroscience research shows that feelings are essential to rational decision-making, not obstacles to it.
by Bessel van der Kolk
Van der Kolk reveals how trauma reshapes the brain and body, storing itself in physical sensations. Recovery requires approaches that engage the body, not just talk therapy.
by Matthew Walker
Walker presents evidence that sleep deprivation damages memory, immunity, and lifespan. Eight hours is not optional, it is the single most effective thing you can do for health.
by Robert Sapolsky
Sapolsky traces every human behaviour, from aggression to empathy, through biology, from the millisecond before an act back to evolutionary pressures millions of years ago.
by Richard Dawkins
Dawkins argues that the staggering complexity of life needs no designer. Natural selection, acting blindly and incrementally, is the only known force capable of producing the appearance of purpose.
by Jared Diamond
Diamond investigates why some societies collapse while others endure, tracing destruction to environmental damage and failed group decision-making. The past warns the present.
by Robert Sapolsky
Sapolsky argues that humans uniquely suffer stress-related disease because we activate the fight-or-flight response over chronic psychological threats that zebras never face. He traces how sustained glucocorticoid elevation damages the cardiovascular, immune, reproductive, and nervous systems.
by Siddhartha Mukherjee
Mukherjee traces the entire history of cancer from ancient Egypt to modern immunotherapy. Part biography of the disease, part chronicle of the researchers who fought to understand it.
by Steven Pinker
Pinker dismantles the blank slate doctrine - the idea that culture alone shapes human nature. Acknowledging innate traits doesn't undermine equality; it grounds social policy in reality.
by Elizabeth Kolbert
Kolbert documents how human activity is driving a mass extinction event comparable to the asteroid that killed the dinosaurs. Species are vanishing at a rate not seen in 65 million years, and we are the cause.
by Robert Wright
Wright uses evolutionary psychology to explain human nature, from jealousy to self-deception. Our moral intuitions are strategies shaped by natural selection to serve genetic interests, not gifts.
by Randolph M. Nesse
Nesse applies Darwinian thinking to medicine, arguing symptoms like fever and anxiety are evolved defenses, not malfunctions. Evolution explains why we're vulnerable to disease.
by Sam Harris
Harris argues you can explore spirituality and consciousness without religion or superstition. Through meditation and neuroscience, he maps a rational path to transcending the illusion of the self.
by Carl Sagan
Sagan takes readers on a journey through the cosmos while arguing that science is humanity's greatest tool for understanding. His deeper message: our pale blue dot demands humility, wonder, and rational inquiry.
by Siddhartha Mukherjee
Mukherjee traces the gene's history from Mendel's pea gardens to CRISPR, weaving science with personal family narrative. The gene is both the atom of heredity and a source of profound ethical dilemmas for our future.
by Bill Bryson
Bryson makes the history of science wildly entertaining, covering everything from the Big Bang to the rise of civilization. His gift is turning impossibly complex discoveries into stories that feel personal and urgent.
by Max Tegmark
Tegmark explores how artificial superintelligence could reshape civilisation. The central question is not whether AI will surpass us, but whether we can steer it towards beneficial outcomes.
by Merlin Sheldrake
Sheldrake reveals fungi as hidden architects of life, decomposing, connecting, and reshaping ecosystems in ways science barely grasps. Mycelial networks challenge our notion of individuality.
by Walter Isaacson
Isaacson reveals how Leonardo's genius lay not in supernatural talent but in relentless curiosity and observation. His notebooks show creativity as disciplined, cross-domain practice.
by Brian Greene
Greene explains how string theory attempts to unify general relativity and quantum mechanics into one framework. The universe may have hidden extra dimensions vibrating at its most fundamental level.
by Richard Dawkins
Dawkins extends his gene-centred view of evolution beyond the body, arguing that genes influence the wider world, beaver dams and parasite behaviour are gene expressions too.
by James D. Watson
Watson gives a blunt, personal account of the race to discover DNA's structure, revealing science as a competitive, ego-driven pursuit as much as a search for truth.
by Nate Silver
Silver examines why most predictions fail and what separates the rare forecasters who succeed. Think probabilistically, update beliefs with new data, and know how much signal exists in the noise.
by Pedro Domingos
Domingos argues that five tribes of machine learning are converging toward one master algorithm capable of learning anything. Understanding these rival approaches reveals how AI actually works.
by Yuval Noah Harari
Harari argues that humanity's next project is upgrading itself - through bioengineering, AI, and data - into something post-human. The question is who controls that transformation.
by Steven Pinker
Pinker argues that language is a biological adaptation - an 'instinct' shaped by natural selection - rather than a cultural invention, synthesizing Chomsky's universal grammar with Darwinian evolutionary psychology. He marshals evidence from child language acquisition, pidgins and creoles, brain lesions, and cross-linguistic universals to defend an innate mental grammar while arguing against Chomsky's own scepticism about adaptationist explanations.
by Philip Tetlock
Tetlock shows forecasting accuracy depends less on intelligence than on cognitive style. The best forecasters are humble, numerate, and constantly update beliefs, foxes outperform hedgehog experts.
by Peter Godfrey-Smith
Godfrey-Smith explores octopus cognition to ask what consciousness looks like when it evolves along a completely different path. Minds can arise from radically different architectures.
by Atul Gawande
Gawande shows that even the most skilled professionals make avoidable errors, and a simple checklist catches what expertise misses. The power is ensuring critical steps are never skipped under pressure.
by Steven Pinker
Pinker applies evolutionary psychology and computational theories of mind to explain vision, reasoning, emotion, social relations, and art as reverse-engineered adaptations. He argues the mind is a system of neural computers that natural selection shaped to solve the problems our hunter-gatherer ancestors faced, treating cognition as Darwinian engineering rather than the product of a blank slate.
by Charles Darwin
Darwin argues many traits evolved not for survival but for reproductive advantage through sexual selection. He extends evolutionary logic to human origins, emotions, and differences between the sexes.
by Matt Richtel
Richtel tells the story of the immune system through the lives of four patients, two with cancer, one with HIV, one with autoimmune disease, to show how a finely tuned defense system keeps us alive. He argues that modern stress, sleep loss, and hygiene extremes have thrown this delicate balance into disarray.
by Hans Rosling
Rosling uses global health data to prove our instincts about the world are systematically wrong. Poverty, violence, and disease have declined far more than most people realise.
by Caroline Criado Perez
Criado Perez exposes how a world designed around male-default data harms women in medicine, urban planning, and technology. The gender data gap is the invisible cost of a false universal standard.
by Michael Moss
Pulitzer-winning investigative journalism into how food scientists at Kraft, Coca-Cola, and Nestlé deliberately engineered the "bliss point" of processed foods to maximise consumption. A landmark exposé of the food industry.
by Temple Grandin
Grandin, whose autism makes her think in pictures, argues that visual thinkers are systematically undervalued by educational systems designed for verbal minds. The result is a world that wastes an enormous amount of talent.
by Matthew Lieberman
UCLA neuroscientist Matthew Lieberman argues that our need to belong is as fundamental as our need for food or shelter. Social pain shows up in the same brain regions as physical pain — the social brain is our default brain.
by Lisa Feldman Barrett
Barrett overturns the classical view of emotions as universal hardwired responses. Her constructionist theory argues that emotions are predictions the brain makes from past experience, not innate reactions to the world.
by Antonio Damasio
Damasio extends his life's work on the biology of emotion to argue that feelings, not reason, are the foundation of culture itself. From the simplest organisms to the highest art, homeostasis drives everything.
by Richard Feynman
Feynman's irreverent memoir of his life as a Nobel-winning physicist, full of mischief, curiosity, and contempt for self-importance. A masterclass in how a first-rate mind stays playful.
by Lulu Miller
Miller's unclassifiable hybrid of biography, memoir, and popular science follows a Stanford ichthyologist obsessed with order, while Miller herself wrestles with finding meaning in chaos. A short, strange, brilliant book.
by Walter Isaacson
Isaacson chronicles Jennifer Doudna and the race to develop CRISPR gene-editing technology. The story raises urgent questions about who should control the power to rewrite the code of life.
by David Sinclair
Sinclair argues ageing is a disease, not an inevitability, and presents the science of longevity genes and interventions that could extend healthy human lifespan dramatically.
by Anders Ericsson
Ericsson replaces the myth of innate talent with the science of deliberate practice, structured, effortful training with expert feedback. Greatness is built, not born.
by Rebecca Skloot
Skloot tells the story of Henrietta Lacks, whose cancer cells were taken without consent and became vital to modern medicine. It's a profound exploration of race, ethics, and the human cost behind scientific progress.
by James Gleick
Gleick chronicles the birth of chaos theory, revealing how tiny changes in initial conditions create wildly unpredictable outcomes. Simple deterministic systems can generate infinite complexity.
by Leonard Mlodinow
Mlodinow shows how randomness governs far more of life than we admit, from careers to markets. Our pattern-seeking brains impose order on chaos, crediting skill where probability is the true driver.
by Matt Ridley
Ridley argues sexual selection drives the evolution of human intelligence and culture. The arms race between parasites and hosts explains why sex exists, and mate competition shaped our minds.
by David Eagleman
Eagleman reveals the conscious mind is a tiny fraction of brain activity - most of what we think and decide happens beneath awareness. The 'I' is more stowaway than captain.
by Carlo Rovelli
Rovelli dismantles the intuition that time flows uniformly, showing physics reveals it slows, stops, and may not exist fundamentally. Time is thermodynamic blurring.
by Matthew Syed
Syed challenges the talent myth, showing how environment, opportunity, and purposeful practice explain world-class performance. What looks like natural gift is accumulated training.
by Matt Ridley
Ridley tells the story of humanity through 23 chromosomes, one per chapter. Each gene illuminates a different facet of human nature, from disease and intelligence to personality and free will.
by Mihaly Csikszentmihalyi
Csikszentmihalyi studies creative individuals across disciplines to uncover what conditions produce breakthroughs. Creativity emerges from the interplay of a person, a domain, and a field of gatekeepers.
by Steven Kotler
Kotler and Wheal explore how psychology, neuroscience, technology, and pharmacology are being used to engineer altered states for peak performance. Ecstasis is now designed, not left to chance.
by Lee Smolin
Smolin argues string theory has dominated physics for decades without testable predictions, stalling real progress. He calls for a return to bold, falsifiable theorizing.
by Michael Greger
Greger argues that a whole-food, plant-based diet can prevent and often reverse the 15 leading causes of death, from heart disease to cancer. He marshals thousands of peer-reviewed studies to recommend his 'Daily Dozen' food checklist as a prescription for longevity.
by Philipp Dettmer
Dettmer, creator of the Kurzgesagt YouTube channel, gives an illustrated tour of the human immune system's cells, signalling molecules, and escalating layers of defense. He explains innate immunity, antibodies, T-cells, inflammation, allergy, and cancer immunology for readers with no biology background.
by James Nestor
Nestor argues that modern humans have become the worst breathers in the animal kingdom, and that reclaiming nasal, slow, and diaphragmatic breathing can reverse conditions ranging from sleep apnea to anxiety. Drawing on pulmonology labs, free-diving, and ancient pranayama traditions, he shows breath as a master lever for autonomic health.
by John Ratey
Ratey synthesizes neuroscience research to show that aerobic exercise is the single most powerful intervention for brain health, raising BDNF, serotonin, and dopamine while building new neurons. He argues movement should be treated as medicine for depression, anxiety, ADHD, and cognitive decline.
by Satchin Panda
Panda argues that every cell in the body runs on a 24-hour clock, and that disrupting these rhythms through late-night eating, shift work, and screen light drives obesity, diabetes, and chronic disease. His time-restricted-eating protocol aligns feeding windows with daylight to restore metabolic health.
by Bill Bryson
Bryson takes the reader head-to-toe through the human body, marshaling anatomy, immunology, genetics, and medical history into a witty guided tour. Along the way he surveys how little we still understand about the organs, cells, and microbes that keep us running.
by Michael Pollan
Pollan distills his critique of 'nutritionism' - the ideology that reduces food to its chemical constituents - into the famous rule: eat food, not too much, mostly plants. He argues the Western diet is making us sick and that traditional food cultures, not nutrient labels, hold the answers.
by Valter Longo
Longo presents his fasting-mimicking diet as a way to trigger autophagy and stem-cell regeneration without full starvation, combining it with a low-protein Mediterranean-style 'longevity diet.' He argues that periodic fasting downregulates TOR, IGF-1, and PKA pathways to extend healthspan.
by Andrea Wulf
Wulf resurrects Alexander von Humboldt, the nineteenth-century Prussian polymath whose Andean expeditions and Cosmos redefined nature as a single interconnected web of life. The book follows Humboldt's influence through Darwin, Thoreau, Muir, Marsh, and Haeckel to show how his 'invention of nature' seeded modern ecology and environmentalism.
by Robin Wall Kimmerer
Botanist and Potawatomi elder Kimmerer weaves together indigenous wisdom and scientific knowledge to illuminate a path toward a more reciprocal relationship with the living world. Through lyrical essays on sweetgrass, maple syrup, and strawberries, she argues that plants and humans share gifts in a relationship of mutual flourishing.
by Ed Yong
Yong introduces the concept of the Umwelt -- each organism's unique sensory bubble -- to reveal how animals perceive the world through senses humans can barely imagine. From electric fields sensed by fish to the magnetic maps of sea turtles, the book redefines our understanding of perception and consciousness.
by David Epstein
Epstein argues that generalists outperform specialists in complex, unpredictable fields. Broad experience and late specialisation build the adaptive thinking that wicked problems demand.
by Peter Attia
Attia argues medicine focuses on treating disease rather than preventing decline. The real goal is extending healthspan through exercise, nutrition, sleep, and proactive metabolic management.
by Carl Sagan
Sagan makes a passionate case for scientific literacy as our best defense against pseudoscience and manipulation. His 'baloney detection kit' is a toolkit for critical thinking.
by Stephan Guyenet
Guyenet argues that obesity is a brain problem, not a willpower problem, mapping how the lipostat, reward circuitry, and food-cue learning conspire to defend a higher body-fat set point in modern food environments. He integrates neuroscience with evolutionary biology to show why hyperpalatable foods hijack ancient appetite machinery.
by Paul Hawken
An unprecedented coalition of researchers ranks the 100 most substantive solutions to reverse global warming, from renewable energy and plant-rich diets to educating girls and refrigerant management. Each solution includes carbon impact estimates, net costs, and implementation pathways based on rigorous peer-reviewed research.
by Charles C. Mann
Mann argues pre-Columbian Americas were far more populated and ecologically managed than traditionally believed. Indigenous peoples actively shaped their landscapes through fire and agriculture.
by David Deutsch
Deutsch argues all progress stems from good explanations, conjectures hard to vary while still accounting for what we observe. Problems are inevitable but always soluble.
by Daniel Dennett
Dennett calls natural selection a 'universal acid' - a mindless algorithmic process that eats through every traditional concept of design, purpose, and meaning and remakes them on naturalistic foundations. He defends adaptationism against Gould and Lewontin's critics and extends Darwinian thinking to culture, ethics, and the origin of mind through what he calls 'cranes, not skyhooks.'
by Carlo Rovelli
Rovelli retraces the history of physics from Democritus's atoms through Newton, Faraday, Einstein, and the founders of quantum mechanics to the current frontier of loop quantum gravity. Along the way he argues that space and time are not a fixed stage but emergent, grainy structures woven out of relational quantum events.
by Carlo Rovelli
Rovelli returns to the windswept island where a 23-year-old Heisenberg invented matrix mechanics in 1925 and uses that scene to defend the relational interpretation of quantum mechanics. He links quantum physics to the Indian philosopher Nagarjuna's doctrine of emptiness to argue that objects exist only in their interactions.
by Brian Christian
Brian Christian traces the history and cutting edge of efforts to build AI systems that reliably reflect human values, drawing on hundreds of interviews with researchers in machine learning, cognitive science, and philosophy. Organised into three sections on representation, behavior, and normativity, the book reveals how bias in training data, misspecified reward functions, and the gap between optimization targets and human intent create systems that diverge from their creators' goals.
by Ruha Benjamin
Sociologist Ruha Benjamin coins the term the New Jim Code to describe how emerging technologies encode racial hierarchies under the guise of innovation, from biased facial recognition to discriminatory hiring algorithms to predictive policing tools that target Black communities. She draws on case studies, historical analysis, and speculative design to argue for abolitionist approaches to technology that dismantle rather than reform discriminatory systems.
by Stanislas Dehaene
Dehaene reveals four pillars of learning from neuroscience: attention, active engagement, error feedback, and consolidation through sleep. The brain learns powerfully, but only under the right conditions.
by David Quammen
Quammen narrates how Carl Woese's ribosomal-RNA work, Lynn Margulis's endosymbiosis theory, and the discovery of horizontal gene transfer have shattered Darwin's neatly branching tree of life. The result is a 'tangled tree' where whole genomes cross species lines, rewriting the history of evolution and even the composition of our own cells.
by Sam Kean
Kean walks through the periodic table element by element, telling the human stories behind each square: Marie Curie and radium, Lise Meitner and fission, Seaborg and the transuranics, gallium spoons that melt in tea. The result is a history of science told as a series of chemical biographies.
by Mary Roach
Roach investigates the unglamorous side of human spaceflight: motion sickness, spacesuit plumbing, cadaver crash tests, food-freeze-drying experiments, and NASA's elaborate simulations of isolation. The book is a scientific and comic anatomy of what happens to the human body, mind, and bathroom when gravity disappears.
by David Epstein
Investigative journalist David Epstein examines the intersection of genetics, training, and environment in shaping athletic greatness, travelling to elite training grounds and genetics labs worldwide to challenge simplistic nature-versus-nurture explanations. Through compelling case studies, from Jamaican sprinters to Kenyan distance runners to high-jumping cattle herders, the book reveals that the path to sporting excellence involves a complex interplay between genetic predisposition and the quality and quantity of practice.
by Jon Kabat-Zinn
Jon Kabat-Zinn presents the landmark mindfulness-based stress reduction (MBSR) program he developed at the University of Massachusetts Medical Centre, providing detailed instruction in meditation, body awareness, and yoga. Grounded in clinical research demonstrating MBSR's effectiveness for chronic pain, anxiety, and illness, the book serves as both a practical manual and a philosophical argument for bringing mindful attention to every aspect of daily life. It has become the foundational text of the mindfulness movement in Western medicine.
by James A. Levine
Mayo Clinic researcher James Levine documents the health damage caused by extended sitting — what he calls "sitting disease." His research shows that even regular gym workouts cannot offset the metabolic harm of sitting all day.
by Suzanne Simard
Forest ecologist Suzanne Simard recounts her groundbreaking discovery that trees communicate and share resources through vast underground fungal networks she calls the 'wood wide web.' Part memoir, part scientific revelation, the book upends the view of forests as collections of competing individuals.
by William Lidwell, Kritina Holden, Jill Butler
Universal Principles of Design is a cross-disciplinary encyclopedia of 125 design laws, guidelines, and cognitive biases essential to successful design across all fields. Each principle is presented with a clear explanation on one page and visual examples on the facing page, making it an accessible reference for practitioners and students. Translated into over 12 languages, it bridges psychology, engineering, architecture, and visual design into a single authoritative reference.
by Alex Hutchinson
Science journalist Alex Hutchinson explores cutting-edge research revealing that the limits of human endurance are not simply a matter of physical capacity but are governed by the brain's perception of effort and fatigue. Drawing on studies from neuroscience, physiology, and psychology - along with stories from elite athletes pushing the boundaries of marathons, Arctic exploration, and high-altitude climbing - the book argues that our mental framework determines how far we can push our bodies.
by Bill Gates
Gates maps the technologies and policies needed to reach net-zero emissions. His framework breaks the problem into concrete sectors, each with specific innovation pathways.
by Safi Bahcall
Bahcall argues that breakthroughs die not from bad ideas but from bad organisational structure. Separating 'artists' from 'soldiers' and manageing the transfer between them nurtures radical innovation.
by David Robson
Robson reveals that high intelligence can make people more vulnerable to bias, since smart people are better at rationalizing flawed conclusions. The antidote is humility and disconfirming evidence.
by Joshua Foer
Foer trains for the US Memory Championship and discovers extraordinary memory is a skill, not a gift, built on ancient spatial techniques anyone can learn. Memory shapes identity itself.
by Tim Harford
Harford argues complex problems yield to biological-style trial and error, not top-down grand plans. Adaptation needs variation, survivable failure, and honest selection, most institutions resist all three.
by Seth Stephens-Davidowitz
Stephens-Davidowitz argues that search data reveals truths about behaviour that surveys miss. What people type into Google, about prejudice, desire, and anxiety, is more honest than what they say aloud.
by Daniel Dennett
Dennett attacks the 'Cartesian Theater' intuition - the idea that there is a place in the brain where conscious experience is unified for a single observer - and replaces it with his Multiple Drafts model, in which consciousness is a distributed process of parallel content-fixations. He argues that qualia and the unified self are useful illusions generated by the brain's serial virtual machine running on massively parallel hardware.
by Carlo Rovelli
In seven short chapters, physicist Carlo Rovelli traces the twin pillars of twentieth-century physics, Einstein's general relativity and quantum mechanics, and sketches a path toward their unification through loop quantum gravity. The book ends by asking what place humans occupy in the strange architecture of spacetime, heat, and probability that physics has revealed.
by James Gleick
Gleick traces the idea of information from African talking drums and written alphabets through Babbage's engines and Shannon's information theory to today's digital flood. He shows how 'information' became a measurable physical quantity that underlies communication, computation, genetics, and even our models of physical law.
by Stuart Russell
Stuart Russell, co-author of the leading AI textbook, argues that the standard model of AI, in which machines optimize a fixed objective, is fundamentally flawed and increasingly dangerous as systems grow more capable. He proposes a new framework for beneficial AI based on three principles: machines should be uncertain about human preferences, should defer to humans, and should learn what humans actually want through observation rather than explicit programming.
by Michael Kearns and Aaron Roth
Computer scientists Michael Kearns and Aaron Roth present rigorous but accessible solutions to the societal harms of algorithms, covering differential privacy, algorithmic fairness, and game-theoretic mechanism design. Rather than simply diagnosing problems, they show how mathematical frameworks can embed human values like privacy and fairness directly into algorithm design, providing a technical counterpart to the policy-focused critiques of algorithmic harm.
by Susan Weinschenk
Drawing on decades of behavioural psychology research, Susan Weinschenk translates 100 findings about human perception, attention, memory, and motivation into actionable design guidelines. The book covers how people see, read, remember, think, feel, decide, and interact with technology, making complex cognitive science accessible for designers. Each insight is backed by specific research citations and includes practical design implications.
by Helen Macdonald
A collection of luminous essays on the natural world, from the migration patterns of swifts to the eerie beauty of nocturnal mushroom hunting. Macdonald blends nature writing with personal reflection, exploring how encounters with animals and landscapes shape human identity and meaning.
by Elizabeth Kolbert
Kolbert investigates humanity's increasingly radical interventions in nature, from gene-editing coral to survive warming oceans to schemes to dim the sun. A probing examination of whether the same ingenuity that created the climate crisis can now save us from it.
by Peter Wohlleben
German forester Peter Wohlleben draws on decades of observation and the latest scientific research to reveal the extraordinary social networks of trees. He shows how trees communicate through underground fungal networks, care for their young, and form communities that cooperate for mutual survival.
by Neil deGrasse Tyson
Tyson distils the essentials of modern astrophysics into a brief, accessible tour from the Big Bang to dark energy. A concise guide to the universe for those short on time.
by Richard Nisbett
Nisbett presents tools from statistics, logic, and behavioural economics that sharpen everyday reasoning. These scientific thinking frameworks are teachable and dramatically improve judgement quality.
by Leonard Mlodinow
Mlodinow argues flexible, exploratory thinking, elastic thinking, is more valuable than pure analysis in a fast-changing world. Embracing ambiguity and idea integration is key to adapting.
by Lee Ross
Ross and Nisbett show behavior is shaped more by situations than personality, yet we attribute actions to character. This fundamental attribution error distorts how we judge and predict other people.
by Daniel Kahneman
Kahneman, Sibony, and Sunstein reveal that random variability in judgement, noise, causes as much error as bias yet stays invisible. Decision hygiene is the cheapest fix.
by Leonard Mlodinow
Mlodinow reveals how the unconscious mind shapes perceptions, memories, and social judgements without our awareness. What we experience as rational thought is heavily filtered by processes we never see.
by David Wallace-Wells
A harrowing account of the cascading consequences of climate change, from heat death to economic collapse to civilizational unraveling. Wallace-Wells synthesizes the latest climate science into a vivid, urgent narrative about the near-future world we are building through inaction.
by Virginia Eubanks
Virginia Eubanks investigates three case studies of automated decision systems targeting the poor: Indiana's automated welfare eligibility system, a coordinated entry system for homeless services in Los Angeles, and a predictive model for child abuse in Allegheny County, Pennsylvania. She reveals how these digital tools create a modern poorhouse that intensifies surveillance and punishment of vulnerable populations under a veneer of technological neutrality.
by Robert Wright
Robert Wright makes the case that core Buddhist insights about the nature of suffering, the self, and perception are validated by modern evolutionary psychology and neuroscience. He argues that natural selection designed human minds to be deluded in specific ways, and that meditation offers a path to seeing through these illusions. The book presents a secular, evidence-based Buddhism stripped of supernatural beliefs yet faithful to its deepest philosophical claims.
by Don Norman
In his follow-up to The Design of Everyday Things, Don Norman argues that attractive things actually work better because positive emotions broaden cognition and foster creative problem-solving. He introduces a three-level framework of emotional processing, visceral, behavioural, and reflective, that explains why users develop deep attachments to certain products. The book bridges cognitive science and design practice, showing why aesthetics and emotion are not luxuries but essential components of good design.
by Hope Jahren
Geobiologist Hope Jahren interweaves her personal story of building a scientific career with lyrical meditations on plant biology. Each chapter about her life -- from childhood curiosity to academic struggles -- is paired with revelations about the secret lives of seeds, roots, leaves, and flowers.
by Cesar Hidalgo
Hidalgo argues information is physical and grows when embedded in networks of people and firms. Economic development is about a society's capacity to compute, store, and recombine practical knowledge.
by Sendhil Mullainathan
Mullainathan shows scarcity captures the mind, creating tunnel vision that leads to worse decisions. Poverty isn't just a lack of resources - it's a cognitive tax that perpetuates itself.
by Kate Crawford
Kate Crawford argues that AI is neither artificial nor intelligent but rather a planetary-scale extractive industry built on mineral mining, underpaid data labor, and massive datasets harvested from people without meaningful consent. Through chapters organised around earth, labor, data, classification, affect, and state power, she maps the material supply chains and political structures that make AI systems possible and shows how they concentrate power.
by Cathy O'Neil
Mathematician and former Wall Street quant Cathy O'Neil exposes how opaque, unregulated, and unaccountable mathematical models she calls Weapons of Math Destruction are being used to make consequential decisions about employment, lending, policing, and education, often reinforcing existing inequalities. She shows how these models create destructive feedback loops that punish the poor and reward the privileged while operating under an illusion of objectivity.
by Daniel Goleman and Richard J. Davidson
Two pioneering researchers review over 6,000 scientific studies on meditation and select the 60 most rigorous to reveal what contemplative practice actually does to the brain. Goleman and Davidson distinguish temporary meditative states from lasting altered traits, showing that deep practitioners develop measurably different neural signatures, reduced stress reactivity, and increased compassion. The book provides the most comprehensive scientific assessment of meditation's real benefits to date.
by Mustafa Suleyman
DeepMind co-founder Mustafa Suleyman argues that a coming wave of AI and synthetic biology will be the most transformative and potentially dangerous technological development in human history, and that the central challenge of our era is containment: maintaining control over technologies that trend toward proliferation and misuse. He proposes ten concrete steps for containment spanning technical safety, corporate governance, and international cooperation.
by Helen Thomson
New Scientist journalist Helen Thomson distils the best recent scientific research on happiness, habits, confidence, sleep, intelligence, and relationships into evidence-based advice. Every claim is backed by peer-reviewed studies, not celebrity wisdom.
by Alison Gopnik
Gopnik, a leading developmental psychologist at UC Berkeley, argues that the modern concept of goal-directed parenting is misguided, using the metaphor of a carpenter who builds a product versus a gardener who cultivates an ecosystem. Drawing on evolutionary biology, cognitive science, and her own research on children's learning, she demonstrates that children are designed by evolution to explore, play, and learn through variability rather than be shaped toward predetermined outcomes.
