What is *Transcendence* by Gaia Vince about?

*Transcendence* explores how humans evolved through four key elements—fire, language, beauty, and time—arguing that genetic, environmental, and cultural feedback loops enabled our species’ dominance. Gaia Vince synthesizes anthropology, genetics, and history to show how collective culture, not just individual intelligence, shaped humanity’s journey from primitive ancestors to modern innovators.

Who should read *Transcendence*?

This book suits history enthusiasts, anthropology readers, and anyone curious about human evolution’s interdisciplinary roots. Fans of Yuval Noah Harari’s *Sapiens* or those interested in societal development through energy, storytelling, and technology will find Vince’s gene-culture coevolution framework compelling.

Is *Transcendence* worth reading?

Yes, for its fresh perspective on human evolution beyond cognitive leaps. Vince’s poetic prose and evidence-rich analysis—spanning climate impacts on language to humanity’s cooperative social nature—make it a standout for readers seeking a holistic view of our species’ ascent.

How does *Transcendence* compare to *Sapiens*?

While *Sapiens* emphasizes a cognitive revolution, *Transcendence* argues human progress emerged from intertwined genetic, cultural, and environmental factors. Vince highlights energy use (fire), symbolic communication (language), and collective knowledge sharing as unique drivers, offering a more systemic view of evolution.

What are the main themes in *Transcendence*?

Key themes include fire’s role in energy harnessing, language’s evolution as a social tool, beauty’s cultural significance, and humanity’s manipulation of time. Vince frames these as “mediators” that enabled Homo sapiens to transcend biological limits and build complex societies.

What is gene-culture coevolution according to Gaia Vince?

Gene-culture coevolution describes how human genetics and cultural practices (like cooking or storytelling) mutually influenced each other. For example, cooking food altered gut evolution, while language development reshaped brain structure, creating feedback loops that accelerated progress.

How does fire feature in human evolution in *Transcendence*?

Fire allowed early humans to cook food, increasing nutrient absorption and freeing time for social and technological innovation. Vince positions it as the first “energy multiplier,” enabling brain growth and communal living critical to societal advancement.

What does *Transcendence* say about human language development?

Language evolved as a tool for cooperative problem-solving, storytelling, and transmitting knowledge across generations. Vince links its emergence to climate shifts and vocal anatomy changes, arguing it enabled abstract thought and collective learning, distinguishing humans from other primates.

人間という種：いかにしてホモ・サピエンスが地球の支配者になったか

火、言語、美、そして時間を通じて人類はいかに進化したか

ガイア・ヴィンス

3.98(878 Reviews)

『人間という種：いかにしてホモ・サピエンスが地球の支配者になったか』の概要

人間はいかにして単なる哺乳類から地球の支配者へと変貌を遂げたのでしょうか？『Transcendence』は、火、言語、美、そして時間を通じた私たちの驚異的な進化を明らかにします。王立協会科学図書賞の候補にもなったヴィンスの画期的な理論「ホモ・オムニス（Homo omnis）」——超協力的な超個体としての人間——は、私たちの自己理解を再構築しています。

語り方を選ぶ

1冊の本。さまざまな聴き方。

人間という種：いかにしてホモ・サピエンスが地球の支配者になったかの同じアイデアを、あなたに合う声・深さ・ペースで学べます。いつでも切り替えられます。

第1章

The Dawn of Human Exceptionalism

When Neil Harbisson renewed his UK passport in 2004, he became the world's first officially recognized cyborg. Born with achromatopsia, a rare condition that made him see only in grayscale, Harbisson had a surgically implanted antenna attached to his skull that allows him to hear colors through bone conduction. After 15 years, his brain merged with this technology so completely that he experiences sounds as colors and can perceive ultraviolet and infrared spectrums invisible to unenhanced humans. Harbisson's transformation represents something profound about our species - our extraordinary ability to transcend biological limitations through cultural innovation. This capacity for transcendence has made Homo sapiens Earth's dominant species. Unlike biological evolution, our cultural evolution operates more at the group level, driven by four key agents: Fire, Word, Beauty, and Time. Together, these elements explain why city dwellers are more inventive, religious people less anxious, and how our social networks determine our fate. As our global population grows more connected, we're becoming a superorganism - Homo omnis, or "Homni" - pushing Earth into the Anthropocene era. This is the remarkable story of how we became who we are.

第2章

Our Cosmic Origins and Evolutionary Journey

Our genesis connects us deeply to the stars. Fourteen billion years ago, the Big Bang created just enough matter over antimatter for everything we see today. From this cosmic explosion, energy generated atoms whose electron exchanges enable all reactions on Earth - from DNA replication to human emotions. While hydrogen and helium constitute 95% of universal matter, our bodies consist mostly of rarer elements forged in stellar furnaces. Earth formed 4.6 billion years ago from cosmic dust surrounding our young sun. A massive asteroid collision created our moon and tilted Earth's axis, giving us seasons and tides. Water molecules, though just one in 3 million of Earth's molecules, concentrated at the surface, combining with comet-delivered ingredients to spark life in the oceans 4 billion years ago. Evolution proceeded through billions of years of biological and environmental changes. Blue-green algae eventually created oxygen, while climate fluctuations drove mass extinctions and evolutionary adaptations. When the dinosaur-killing asteroid struck 66 million years ago, it cleared ecological space for mammals. Later, the collision of Indian and Asian plates created the Himalayas, altering climate patterns, while Africa's Great Rift Valley fragmented landscapes, creating evolutionary opportunities for our ancestors. Our primate forebears developed superior color vision, helping them find calorie-rich fruits that fueled bigger brains. When Panama formed 3 million years ago, it rerouted ocean currents, creating the Gulf Stream and ice ages that dried East Africa, transforming forests into savannahs - a crucial habitat shift in human evolution. Our evolutionary story isn't linear but a complex web of interbreeding hominins. Homo erectus emerged 1.8 million years ago with doubled brain size and sophisticated tools, spreading across continents before nearly going extinct 1.2 million years ago. By 300,000 years ago, anatomically modern humans appeared in Africa while other populations evolved into Neanderthals and Denisovans elsewhere. When modern humans migrated out of Africa 80,000 years ago, we encountered and bred with these other human species. Europeans today carry Neanderthal DNA, while Indigenous Australians have Denisovan genes. Despite Neanderthals having larger brains and stronger bodies, they went extinct while we flourished - likely due to our larger, more connected populations that collectively held more cultural knowledge, better social learning, and greater curiosity that drove us to explore globally.

聴きながら、すべての言葉を目で追えます

『人間という種：いかにしてホモ・サピエンスが地球の支配者になったか』の一語一語が音声に合わせてリアルタイムでハイライトされ、自然に読み進められます。

第3章

The Transformative Power of Fire

All life needs energy, but humans uniquely harness wild forms of energy, outsourcing our energy costs to escape environmental limitations. This transformation sparked a new relationship across environment, biology, and culture that fundamentally changed our species. Hunting and fire mastery fundamentally changed our society by introducing divisions of labor and longer settlements. The campfire became another hungry group member needing constant attention, requiring frequent journeys for firewood. To accommodate these extra labor costs, humans formed larger, multigenerational bands. Hunting made us social - requiring teamwork, planning, and the ability to understand others' perspectives. The intellectual demands of cooperative hunting required bigger frontal cortices - just as social lions have more developed brains than solitary cats. Unlike other primates, humans hunt collectively and share food, enabling specialization and skill development. Our evolutionary triad transformed ecosystems worldwide, altering plant and animal evolution while changing our own trajectory. Fire mastery freed us from tropical constraints, allowing us to spread globally. In Australia, "firestick" farming created ecological mosaics that increased food resources while preventing massive wildfires. But fire's greatest impact was on our brains. Humans need help giving birth because our babies have exceptionally large heads relative to our narrow, bipedal-adapted pelvises - a consequence of our evolutionary prioritization of brain development. Our brains are seven times larger than expected for our body size, creating an evolutionary challenge: getting giant-headed babies through narrow birth canals without maternal death. This obstetric dilemma was solved through adaptive changes including delayed fusion of fetal skull bones, babies born with brains just 28% of adult size (versus 40% in chimps), and risky rotational movements during birth. The limiting factor for brain size was energy - brains are exceptionally expensive to fuel, using 20% of our energy despite comprising just 2% of body weight. Chimps would need to spend seven hours daily eating while restricting body weight to just 26kg to afford a human-sized brain. As human cognition developed, we evolved adaptations to improve energy efficiency, including new genes regulating glucose and creatine transporters in the brain. Cooking provided the solution to our energy needs. It gives approximately ten times more efficient nutrition than raw food, with 40% better protein absorption and 50% better carbohydrate absorption. Cooking transformed our diet by allowing us to exploit foods other animals couldn't compete for, like tough tubers and grasses. This evolutionary trade-off shrank our guts, redirecting calories to our bigger brains but leaving us unable to digest many raw plants other primates can. Our jaws, lips, and teeth proportionally shrank, with shorter muscles enabling better vocal skills. With cooking providing efficient glucose, brain size rapidly expanded until reaching the maximum limit defined by pelvic constraints around 200,000 years ago. Our genes have adapted to our diets - descendants of farmers have different saliva enzymes and gut bacteria than hunter-gatherers, while populations with histories of milk or alcohol consumption have genes for better digestion.

第4章

Cultural Knowledge: Our Survival Adaptation

In 1860, a grand but ill-fated Australian expedition led by Burke and Wills set out from Melbourne to chart a route across the continent. Despite starting with excessive supplies, the expedition deteriorated after splitting up. When the explorers returned to their rendezvous point at Cooper's Creek, they found their support party had left hours earlier. Though initially helped by the indigenous Yandruwandha people, Burke's antagonism drove them away. The explorers then attempted to survive on ngardu seeds but prepared them incorrectly, poisoning themselves with thiaminase that destroyed their vitamin B1. Only King survived by rejoining the Yandruwandha. Burke and Wills fell victim to the cultural knowledge trap - failing to properly learn indigenous wisdom about preparing ngardu seeds, which require aging, thorough grinding, water leaching, and ash exposure during baking to neutralize the deadly thiaminase enzyme. This demonstrates how humans, despite our intelligence, depend on accumulated cultural knowledge rather than individual smarts. Our species traded innate adaptation to specific environments for cultural versatility, allowing us to survive anywhere through collective knowledge. Cultural practices and technologies accumulate through countless iterations of copying over generations. Environmental changes trigger bursts of cultural variation - like East Africa's climate shifts 320,000 years ago sparking complex traits such as obsidian blade manufacturing. Population size critically affects cultural evolution by changing the collective brain's capacity. With more people, innovation accelerates exponentially as combinations of existing ideas multiply - three items can combine six ways, but ten items create 3.5 million possibilities. This explains "cultural explosions" like those in Europe 40,000 years ago and sub-Saharan Africa 90,000 years ago, both coinciding with population booms. Larger, connected populations create longer cultural levers, while isolated communities can lose cultural complexity. Technologies that increase population inherently spread faster, creating self-reinforcing cycles of cultural advancement. We've transformed natural materials into artificial ones, creating an infrastructure that manages our energetic and social flows. From mud, we made pottery - a revolutionary technology that enabled cooking stews, storing liquids, and eventually supporting agriculture. Pottery led to kiln technology, which birthed metallurgy - first copper, then bronze, and finally iron. Each metal required greater energy control and enabled more complex societies. These technological evolutions required collective knowledge passed through generations, demonstrating how our mastery of energy transformed us from biological creatures into planetary operators wielding 26 times our natural metabolic power.

『人間という種：いかにしてホモ・サピエンスが地球の支配者になったか』をもっと深く楽しむ

毎日の新しい気づきを10万件以上のレッスンから
言葉をハイライトして音声と同期
ライブラリを保存して、どの端末からでも利用

第5章

The Power of Language and Story

Evolution depends on information transfer between individuals. While biological systems use DNA to encode genetic information, human cultural evolution encodes knowledge in words. Just as biology evolves strategies to improve gene reproduction, culture has developed adaptations to enhance its own transmission. In firelight by the ocean, I witness an Aboriginal elder singing and dancing - his black skin disappearing into night while his body paint gleams brilliantly. He dances wildly to didgeridoo music, singing the story of Creation about the Dreamtime when creator spirit Barnumbirr carried the first people to Australia. These songlines - oral archives of cultural knowledge - have been passed down for perhaps 60,000 years. Stories have remarkable power over our physical bodies. Chinese Americans who believe in traditional astrology linking birth years to specific organs die years earlier from diseases of those organs than those without such beliefs. The nocebo effect - the harmful opposite of placebo - explains how curses and black magic work. In one case, a physician saved a man dying from a voodoo curse by tricking him into believing he'd removed a lizard from his body. Our brains evolved to understand the world through narrative. We dream in stories, and our inner voice narrates our waking hours. Storytelling is universal, emerging spontaneously in childhood across all cultures. Our ancestors painted handprints and images on cave walls, telling stories that predate spoken language. In El Castillo cave, prehistoric animators created a form of cinema 15,000 years ago, using torchlight to bring painted figures to life on stalagmites. Stories bind communities together. Hunter-gatherers value storytelling more than hunting ability, with the best storytellers having the most children. Firelight conversations are dominated by storytelling, while daytime discussions focus on practical matters. Stories promote cooperation - groups with good storytellers show greater levels of sharing and cooperation. Reading fiction increases empathy toward others, including those of different backgrounds. About 5,000 years ago, humans invented writing - our most efficient tool for storing and transmitting information with high fidelity. Writing emerged in settled societies with food surpluses, diverse trades, and stable governance. The alphabet, invented only once and based on Semitic script, was considered by ancient Greeks as humanity's greatest gift. The invention of the printing press and cheap paper democratized information across society. Books preserve cultural information more reliably than oral stories, allowing cumulative cultural evolution through cross-referencing. Writing fundamentally changed our collective minds by extending humanity's processing power. It enabled philosophical arguments, logical reasoning, and higher mathematics to develop through visible progression of ideas.

第6章

The Evolution of Human Language

Communication is fundamental to all life forms, but human language requires a unique level of comprehension. While chimps can only make five basic context-specific sounds, human language is a flexible communication tool with rules that fundamentally makes us human. Without language, we have no inner monologue or system to arrange thoughts - people with aphasia struggle with basic human thought processes. Environmental pressures have guided language evolution. Whistling languages like Silbo in the Canary Islands evolved as adaptations to steep terrain where whistles carry farther than speech. About 70 groups worldwide communicate in whistles, including Himalayan Hmong communities and hunter-gatherers in the Amazon. Languages adapt to their environments - those from warm, wet areas use more vowels and fewer consonants, while languages from arid regions are less likely to be tonal due to the effects of dryness on vocal cords. Human speech likely evolved from a combination of primate vocalizations and gestures. Complex sign languages were commonly used by hunter-gatherer societies until recently. Our ancestors developed anatomical adaptations for speech starting with bipedalism, which allowed better breath control. The descent of the larynx created more space for tongue movement, enabling vowel and consonant sounds - though this evolutionary trade-off increased our risk of choking. We are born with an innate language instinct and desire to communicate. Bipedalism freed our hands for gesturing, with pointing being a uniquely human, complex action requiring understanding others' minds. By 12 months, babies point to communicate wants, explain things, or share experiences - the last stemming from our innate cooperation drive. Our distinctive white eye scleras reveal where we're looking, allowing detection of even slight eye movements from meters away. Eye contact is fundamental to social cognition - young children believe someone isn't present without it, even claiming they can't hear someone whose ears are covered. Children acquire knowledge through joint attention, requiring human interaction rather than recordings to learn language. Language acquisition happens within a narrow childhood window, beginning before birth as fetuses recognize their mother's speech patterns. Conversational turn-taking is crucial - more predictive of language development than word count alone. Adults universally use "motherese" with babies, establishing conversational rhythms with 600-millisecond response times. Most people worldwide are at least bilingual, with each language subtly changing their brain, personality, and behavior. "We are different people when we use different languages," explains author Elif Shafak, noting how language shapes our humor, body language, and emotional expression. Language profoundly shapes how we construct reality. English speakers better remember causality in accidents than Japanese speakers because English explicitly names agents ("Jimmy broke the vase") while Japanese focuses on results ("the vase broke"). Our language structures determine how we perceive fundamental concepts like color, direction, and gender.

聴きながら、すべての言葉を目で追えます

第7章

The Social Foundations of Knowledge

Jimmy Wales, who grew up in a one-room Alabama school, found his escape through a World Book encyclopedia that sparked his lifelong passion for information. This eventually led him to create Wikipedia, which now features 47 million articles across 299 languages, updated ten times per second by 71,000 active contributors. Remarkably, studies show Wikipedia's scientific accuracy matches that of expert-written Britannica, despite not requiring qualified writers. This represents humanity's age-old process of cultural information accumulation, editing and updating - now made visible through digital collaboration. Language enables high-fidelity transmission of cultural information to many people simultaneously, accelerating the evolution of technologies and societies. It vastly improves teaching while strengthening social bonds more efficiently than one-on-one primate grooming. Wikipedia's success relies on reputation: facts require citations, editors earn rankings, and the collective enterprise functions through trust. Human altruism builds social cohesion, improving group survival chances. Unlike ant colonies whose altruism serves closely related genes, human kindness extends to strangers in diverse societies. Our mirror neurons trigger empathic responses, making kindness contagious - when drivers let others out at junctions, recipients tend to "pay it forward." Over generations, this cooperative tendency has domesticated humans, creating societies where selfish individuals typically earn less and have fewer children. Being nice is our cognitive default - it's less mentally demanding and often statistically beneficial. The Prisoner's Dilemma demonstrates how cooperation can yield better outcomes than pure self-interest. In public-goods games, people instinctively donate generously when decisions must be made rapidly, though they become more selfish with time to deliberate. Our cooperative tendencies are shaped by society throughout our lives - Yale's Human Cooperation Lab found that brief experiences of beneficial cooperation doubled subsequent charitable giving. Human groups function as complex networks whose interconnectedness affects how behaviors spread. Yale's Human Nature Lab demonstrated that simply by changing connection patterns between the same individuals, they could create either cooperative, happy societies or mean, uncooperative ones. When given minimal control over whom they connected with, people naturally cut ties with defectors and formed bonds with cooperators, rewiring the network into a prosocial structure. We maintain social order through reputation and conscience. Our brains value honestly earned rewards more than ill-gotten gains, as shown by experiments where people experienced less pleasure from money gained at others' expense. By age four, children develop theory of mind - understanding others have different perspectives - enabling deception but requiring significant cognitive effort. Despite our capacity for manipulation, we generally behave altruistically because trustworthiness translates to economic advantage. Evolutionary anthropologist Robin Dunbar discovered a correlation between primate neocortex size and community size - with humans' larger brains enabling meaningful relationships with about 150 people. While chimps manage groups of 50-60, our tripled brain size supports this "Dunbar's number" of 150 stable relationships involving trust and obligation, confirmed across village populations, hunter-gatherer societies, and even Christmas card lists. Most human conversation centers on absent people, establishing reputations that help us predict others' trustworthiness before direct interaction. As societies grew beyond small, tightly-knit groups, reputation became crucial for trade and cooperation. Our unique recognition of extended kin networks allows connections to spread through friends-of-friends across competing tribes.

第8章

Beauty, Belonging and Collective Identity

Beauty gives human life meaning and purpose. We seek it everywhere and are driven to create it through art, music, architecture, literature, and dance. Beauty motivates our greatest collaborations and has enabled us to become global players. As Emerson wrote: "The world exists to the soul to satisfy the desire of beauty." Social norms maintain group cohesion by establishing shared behaviors and values. In hunter-gatherer societies like the Ache in Paraguay, strict property norms prevent conflict during delayed-reward activities like beetle farming. These powerful norms govern both public and private behaviors, with reputation damage as punishment for deviation. Though many norms lack inherent benefit (like food taboos), they create social cohesion by establishing shared morality. Contrary to common belief, gender inequality isn't biologically determined - hunter-gatherer societies show remarkable sexual equality, with both sexes contributing equally to calories and childcare. Patriarchal norms are cultural inventions reinforced through religions and social conditioning starting before birth. Social norms emerge spontaneously in populations through network connectivity rather than centralized leadership, as demonstrated in naming experiments where consensus forms through random interactions. Even those seeking individuality often synchronize into identical "hipster" patterns. Tribalism develops as we learn to recognize in-group members through language, appearance and behavior markers, with our brains literally dehumanizing perceived outsiders. Intergroup competition has driven the development of prosocial norms, with the most cooperative and cohesive groups historically surviving conflicts. This selection pressure favored diplomatic individuals who could navigate social situations through charm and persuasion rather than conflict. Cultural learning physically alters our brains and bodies - from the Moken sea nomads' underwater vision to the Bajau people's genetically evolved diving abilities. Our cultural environment profoundly shapes perception, with Westerners processing information differently than East Asians. Network size directly impacts cultural complexity. Throughout history, strong, broad networks in favorable climates produced sophisticated technologies, while network collapse led to cultural regression. Isolated societies like the Tasmanian aboriginals demonstrate how cultural complexity can deteriorate - by European arrival, they had just 24 simple tools and had lost fishing abilities and possibly fire-making, while mainland Aboriginals maintained hundreds of complex tools.

『人間という種：いかにしてホモ・サピエンスが地球の支配者になったか』をもっと深く楽しむ

毎日の新しい気づきを10万件以上のレッスンから
言葉をハイライトして音声と同期
ライブラリを保存して、どの端末からでも利用

第9章

From Mammoth Bones to Metropolises

In 1965, a Ukrainian farmer accidentally discovered a 20,000-year-old architectural marvel when his cellar expansion unearthed mammoth jawbones. Excavation revealed 150 mammoth bones arranged in strategic clusters forming the frameworks of four circular houses. These remarkable structures, built when wood was scarce and caves unavailable, represent humanity's earliest monumental architecture. Each four-meter circular dwelling began with interlocking mammoth jaws as foundation, with dozens of massive tusks forming roof supports and porches. The concept of "home" dates back hundreds of thousands of years, with Neanderthals constructing circular stalagmite walls inside Bruniquel Cave 176,000 years ago. Our ancestors modified natural spaces with wooden partitions and animal skin roofs while decorating caves with artwork. Though hunter-gatherers were largely nomadic, most tribes maintained semipermanent settlements that served as centers for feasting, religious rituals, festivals, and trade. Permanent settlements intensified pressure on local resources, forcing early settlers to eat less desirable foods requiring greater preparation. To feed growing populations, people began corralling wild sheep and goats while cultivating concentrated gardens of wild grains. Just 20 miles from Gobekli-Tepe, scientists discovered the world's oldest domestic wheat strains, dated 500 years after the monument's construction. Our aesthetic drive transformed us from tribal beings to trading groups to settled farmers, with each transition increasing the environment's human-carrying capacity. Agriculture produced five times more calories than hunting-gathering, allowing permanent settlements to outpopulate nomadic groups wherever they settled. Farming was independently invented multiple times globally because of its effectiveness in supporting dense populations. The rise of agriculture coincided with environmental changes around 11,000 years ago when atmospheric carbon dioxide increased from 180 to 250 ppm, dramatically boosting plant productivity. This environmental shift enabled monument-building projects like Gobekli-Tepe and eventually led to civilization. Within 5,000 years, humans had domesticated all major food species we rely on today, with 60% of modern calories coming from just three grasses: wheat, maize, and rice. The shift to agrarian culture permanently altered our environment. Unlike hunter-gatherers' transient relationship with the landscape, settlers made lasting changes - building with clay from riverbeds, altering rivers, deforesting, grazing, and eroding soils. Neolithic people pioneered large-scale environmental transformation, converting woodlands, marshes, and grasslands into artificial monocultures. This represented a fundamental shift in human perception of nature. While hunter-gatherers considered themselves integrated parts of the ecosystem with cultural norms limiting resource harvesting, agricultural societies began viewing plants and animals as possessions rather than fellow creatures. Once humans built their own world, they began seeing themselves as separate from and dominant over nature, valuing it primarily for resources - a perspective that would profoundly alter our environment. Cities represent humanity's ultimate monument - artificial landscapes that symbolize our culture and aspirations, visible from space. Cities accelerate cultural evolution by concentrating diverse populations in dense environments that maximize interaction. As trade networks expanded, cities grew denser, creating a positive feedback loop for innovation. However, urban living brings significant health challenges - diseases spread through dense populations, and infrastructure problems like lead contamination affected ancient Rome just as they do modern cities.

第10章

Time, Reason, and Our Collective Future

Humans are driven not just by biological urges but by meaning and purpose. We find this in beauty and the quest for knowledge. As inheritors of our ancestors' cultural and biological legacies, we question our existence, wondering who we are in space and time. Our stories tell us about the past and help us imagine the future, but we're haunted by the idea of objective reality. We've spent our existence trying to grasp time - observing, predicting, measuring, and reasoning to decipher the future, recreating both the world and ourselves in the process. In 1962, French geologist Michel Siffre isolated himself in an Alpine cave for two months to study internal timekeeping. Without external cues, his perception of time drastically slowed - he "lost" about a third of his 63 days, with brief catnaps sometimes being eight-hour slumbers. Yet his body maintained its biological rhythms despite his confusion. We are creatures of time, evolved in a universe of interwoven space and time. Our cells contain clock genes that regulate bodily functions throughout the day. While our bodies evolved time-telling, our conscious minds did not, requiring us to develop cognitive tools for mental time travel and cultural tools to track time. Our perception of time is actively created by the mind - this "mind time" is central to our experience of reality. Time flows like a river for most of us, with certain past events behind and uncertain future ahead. Emotions, fear, age, isolation, body temperature, rejection, and attention all affect our perception of time's flow. At Delphi, beneath Mount Parnassus, a sacred crack in the rock has hosted a shrine for 3,500 years. The site became a shrine to Gaia, later rededicated to Apollo, where a chosen young woman - the Oracle - would breathe the "sacred Python fumes," enter a trance, and make prophecies that influenced emperors' decisions. The Oracle embodies our evolutionary drive for prediction. Unable to time-travel physically, we've developed tools to see into the future - using reputation to navigate socially and scientific inquiry to understand our physical environment. Wonder motivates us to seek objective truths through rational investigation. Science builds on predictions and testing, creating knowledge that enables more accurate forecasts and accelerates technological advancement. Knowledge forms the basic unit of cultural evolution, with innovations building on collective foundations. Once the wheel existed, potter's wheels, wagons, and gears became conceivable. This creates a ratchet effect where cultural complexity enables innovations that further accelerate progress. Over twelve centuries, astronomers, philosophers, mathematicians and engineers developed prediction methods based on measurements and calculations with objective rules rather than authority or belief. Unlike subjective cultural knowledge that varies between societies, scientific truths remain universal - there's no Eastern versus Western version of gravity. Time is relative. Human cultural evolution is speeding up time, shrinking eons to lifetimes as geological processes now occur in decades. We've traveled far in a planetary heartbeat - from one of several human species 50,000 years ago to the sole survivors today. The stable Holocene climate enabled our populations to flourish, accelerating cultural complexity. Humanity is becoming a superorganism - Homo omnis, or Homni. Like how slime mold amoebae gather to form a complex organism, our networked billions of human brains create something greater than the sum of its parts. Homni has a global empire with multinational corporations, worldwide communication platforms, and unified trade systems. We share cultural touchpoints across the planet, with increasingly global governance and identity. Our superorganism has altered Earth beyond anything in its 4.6-billion-year history, creating the Anthropocene - the Age of Humans. We've become a geophysical force comparable to asteroids and volcanoes. We use two-fifths of land for food, control three-quarters of freshwater, and determine atmospheric temperature. Our activities have caused massive deforestation, species extinctions, and ecosystem destruction that will take millions of years to recover from. Despite reasons for pessimism, our perspective matters. On the scale of human cultural evolution, our lives are mere blips in an ocean of change. Social improvements once thought impossible - abolishing slavery, women's rights, universal healthcare - were achieved through individual courage. Homni is formidable because it comprises billions of remarkable humans, including a quarter who are still children acquiring knowledge to solve humanity's challenges. Only by embracing our shared humanity on our one living planet will we achieve a good Anthropocene.

★★★★★

『人間という種：いかにしてホモ・サピエンスが地球の支配者になったか』を最後まで読み終えました

100万人以上の学習者に愛用されています

“23日間、毎日使い続けています。今では日課の一部です。”

jayallen

『人間という種：いかにしてホモ・サピエンスが地球の支配者になったか』の主要テーマ

gene-culture coevolution
human superorganism
biological transcendence
cultural innovation
anthropocene evolution

『人間という種：いかにしてホモ・サピエンスが地球の支配者になったか』の名言

Hunting made us social.
Cooking provided the solution to our energy needs.
Our genes have adapted to our diets.

『人間という種：いかにしてホモ・サピエンスが地球の支配者になったか』の登場人物

Neil HarbissonWorld's first officially recognized cyborg

著者について

受賞歴のあるサイエンスライターであり、『Transcendence: How Humans Evolved Through Fire, Language, Beauty, and Time』の著者であるガイア・ヴィンスは、進化生物学と文化人類学を融合させ、人類の変革の旅を探求しています。

『Nature』誌の元ニュースエディターおよび『New Scientist』誌のオンラインエディターを務めた経歴を持ち、タンパク質結晶学の博士号を有しています。王立協会科学図書賞を受賞した著書『Adventures in the Anthropocene』に記録された900日間の旅を含む、世界各地での取材経験を活かし、地球規模での人類の影響を検証しています。

王立協会科学図書賞の最終候補に選ばれた『Transcendence』は、生物学、環境、文化の共進化を通じて、私たちの種の「上昇」を再定義しています。ヴィンスの寄稿は『The Guardian』やBBCのプラットフォームに定期的に掲載されており、最新作の『Nomad Century』では気候変動に伴う移住問題を取り上げています。

ユニヴァーシティ・カレッジ・ロンドンのシニア名誉研究員であり、女性として初めて王立協会科学図書賞を単独で受賞しました。

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Brian Greene

Eve

Cat Bohannon

Sapiens

Yuval Noah Harari

The Book of Humans

Adam Rutherford

この本に関するよくある質問

学習プラン

Read high-concept sci-fi exploring extremes

High-concept science fiction pushes the boundaries of imagination, challenging readers to confront radical ideas about humanity's future and the nature of reality itself. This learning plan is ideal for readers seeking to move beyond conventional sci-fi narratives into more intellectually demanding works that explore consciousness, technological transcendence, and the outer limits of speculative thought.

5 h 22 m•4 セクション

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The Rise of Sapiens

This plan offers a profound look at the cognitive and structural shifts that defined humanity's trajectory. It is ideal for history enthusiasts and curious minds seeking to understand how collective beliefs and scientific breakthroughs shaped the modern world.

1 h 12 m•3 セクション

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The Evolution of Human Expression

This plan provides a deep philosophical dive into how human creativity has mirrored cultural shifts over millennia. It is ideal for art historians, philosophers, and curious minds looking to understand the intersection of technology, spirituality, and visual culture.

2 h 30 m•5 セクション

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Unus Mundus: Bridging Psyche and Cosmos

This plan is essential for those seeking to bridge the gap between analytical science and deep psychological exploration. It is ideal for students of Jungian psychology, physics enthusiasts, and anyone looking to achieve personal healing through the lens of universal interconnectedness.

2 h•4 セクション

学習プラン

The Cosmic Mirror: Science Meets Spirit

This plan is essential for seekers and thinkers looking to reconcile modern physics with ancient metaphysical truths. It is designed for those who want to move beyond reductionist science toward a deeper, unified understanding of the mind and the cosmos.

1 h 30 m•3 セクション

学習プラン

Explore Human Mind, Culture & History

This plan bridges the gap between biological evolution and cultural history to explain what truly makes us human. It is ideal for curious minds seeking to understand the intersection of neuroscience, anthropology, and sociology.

6 h 22 m•4 セクション

学習プラン

The Culture: AI Minds and Human Purpose

This plan explores the intersection of advanced technology and social philosophy through the lens of Iain M. Banks's universe. It is ideal for sci-fi enthusiasts, futurists, and ethicists interested in the long-term implications of AI governance.

2 h•4 セクション

学習プラン

The Glass Revolution: From Sand to Super-Science

This plan explores how a simple material transformed human perception and global connectivity. It is ideal for history enthusiasts, science students, and curious minds interested in the intersection of material science and technological progress.

2 h•4 セクション

コロンビア大学卒業生がサンフランシスコで開発

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483

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@Cashflowbubu

BeFreedがウェブ上でどのように話題になっているかをもっと見る

コロンビア大学卒業生がサンフランシスコで開発

LOVED BY

1,000,000+ curious minds.

4.7

avg rating

1M+ learners

"Instead of endless scrolling, I just hit play on BeFreed. It saves me so much time."

@Moemenn

"I never knew where to start with nonfiction—BeFreed’s book lists turned into podcasts gave me a clear path."

@Chloe, Solo founder, LA

117

"Perfect balance between learning and entertainment. Finished ‘Thinking, Fast and Slow’ on my commute this week."

@Raaaaaachelw

"Crazy how much I learned while walking the dog. BeFreed = small habits → big gains."

@Matt, YC alum

108

"Reading used to feel like a chore. Now it’s just part of my lifestyle."

@Erin, Investment Banking Associate , NYC

254

"Feels effortless compared to reading. I’ve finished 6 books this month already."

@djmikemoore

"BeFreed turned my guilty doomscrolling into something that feels productive and inspiring."

@Pitiful

4.5K

"BeFreed turned my commute into learning time. 20-min podcasts are perfect for finishing books I never had time for."

@SofiaP

"BeFreed replaced my podcast queue. Imagine Spotify for books — that’s it. 🙌"

@Jaded_Falcon

201

"It is great for me to learn something from the book without reading it."

@OojasSalunke

"The themed book list podcasts help me connect ideas across authors—like a guided audio journey."

@Leo, Law Student, UPenn

483

"Makes me feel smarter every time before going to work"

@Cashflowbubu

"Instead of endless scrolling, I just hit play on BeFreed. It saves me so much time."

@Moemenn

"I never knew where to start with nonfiction—BeFreed’s book lists turned into podcasts gave me a clear path."

@Chloe, Solo founder, LA

117

"Perfect balance between learning and entertainment. Finished ‘Thinking, Fast and Slow’ on my commute this week."

@Raaaaaachelw

"Crazy how much I learned while walking the dog. BeFreed = small habits → big gains."

@Matt, YC alum

108

"Reading used to feel like a chore. Now it’s just part of my lifestyle."

@Erin, Investment Banking Associate , NYC

254

"Feels effortless compared to reading. I’ve finished 6 books this month already."

@djmikemoore

"BeFreed turned my guilty doomscrolling into something that feels productive and inspiring."

@Pitiful

4.5K

"BeFreed turned my commute into learning time. 20-min podcasts are perfect for finishing books I never had time for."

@SofiaP

"BeFreed replaced my podcast queue. Imagine Spotify for books — that’s it. 🙌"

@Jaded_Falcon

201

"It is great for me to learn something from the book without reading it."

@OojasSalunke

"The themed book list podcasts help me connect ideas across authors—like a guided audio journey."

@Leo, Law Student, UPenn

483

"Makes me feel smarter every time before going to work"

@Cashflowbubu

"Instead of endless scrolling, I just hit play on BeFreed. It saves me so much time."

@Moemenn

"I never knew where to start with nonfiction—BeFreed’s book lists turned into podcasts gave me a clear path."

@Chloe, Solo founder, LA

117

"Perfect balance between learning and entertainment. Finished ‘Thinking, Fast and Slow’ on my commute this week."

@Raaaaaachelw

"Crazy how much I learned while walking the dog. BeFreed = small habits → big gains."

@Matt, YC alum

108

"Reading used to feel like a chore. Now it’s just part of my lifestyle."

@Erin, Investment Banking Associate , NYC

254

"Feels effortless compared to reading. I’ve finished 6 books this month already."

@djmikemoore

"BeFreed turned my guilty doomscrolling into something that feels productive and inspiring."

@Pitiful

4.5K

"BeFreed turned my commute into learning time. 20-min podcasts are perfect for finishing books I never had time for."

@SofiaP

"BeFreed replaced my podcast queue. Imagine Spotify for books — that’s it. 🙌"

@Jaded_Falcon

201

"It is great for me to learn something from the book without reading it."

@OojasSalunke

"The themed book list podcasts help me connect ideas across authors—like a guided audio journey."

@Leo, Law Student, UPenn

483

"Makes me feel smarter every time before going to work"

@Cashflowbubu

BeFreedがウェブ上でどのように話題になっているかをもっと見る

今すぐ学習の旅を始めよう

第10章

人間という種：いかにしてホモ・サピエンスが地球の支配者になったか

概要『人間という種：いかにしてホモ・サピエンスが地球の支配者になったか』の概要

1冊の本。さまざまな聴き方。

The Dawn of Human Exceptionalism

Our Cosmic Origins and Evolutionary Journey

聴きながら、すべての言葉を目で追えます

The Transformative Power of Fire

Cultural Knowledge: Our Survival Adaptation

『人間という種：いかにしてホモ・サピエンスが地球の支配者になったか』をもっと深く楽しむ

The Power of Language and Story

The Evolution of Human Language

聴きながら、すべての言葉を目で追えます

The Social Foundations of Knowledge

Beauty, Belonging and Collective Identity

『人間という種：いかにしてホモ・サピエンスが地球の支配者になったか』をもっと深く楽しむ

From Mammoth Bones to Metropolises

Time, Reason, and Our Collective Future

『人間という種：いかにしてホモ・サピエンスが地球の支配者になったか』を最後まで読み終えました

『人間という種：いかにしてホモ・サピエンスが地球の支配者になったか』の主要テーマ

『人間という種：いかにしてホモ・サピエンスが地球の支配者になったか』の名言

『人間という種：いかにしてホモ・サピエンスが地球の支配者になったか』の登場人物

著者について

人間という種：いかにしてホモ・サピエンスが地球の支配者になったかの要約をダウンロード

他のユーザーのお気に入り

この本に関するよくある質問

What is Transcendence by Gaia Vince about?

Who should read Transcendence?

Is Transcendence worth reading?

How does Transcendence compare to Sapiens?

もっと見る

1,000,000+ curious minds.

1,000,000+ curious minds.

1冊の本。さまざまな聴き方。

The Dawn of Human Exceptionalism

Our Cosmic Origins and Evolutionary Journey

聴きながら、すべての言葉を目で追えます

The Transformative Power of Fire

Cultural Knowledge: Our Survival Adaptation

『人間という種：いかにしてホモ・サピエンスが地球の支配者になったか』をもっと深く楽しむ

The Power of Language and Story

The Evolution of Human Language

聴きながら、すべての言葉を目で追えます

The Social Foundations of Knowledge

Beauty, Belonging and Collective Identity

『人間という種：いかにしてホモ・サピエンスが地球の支配者になったか』をもっと深く楽しむ

From Mammoth Bones to Metropolises

Time, Reason, and Our Collective Future

『人間という種：いかにしてホモ・サピエンスが地球の支配者になったか』を最後まで読み終えました

他のユーザーのお気に入り

もっと見る

『人間という種：いかにしてホモ・サピエンスが地球の支配者になったか』の概要