第1章
Reimagining Human Potential in a World of Constant Change
Sir Ken Robinson's TED talk on how schools kill creativity has been viewed by an estimated 100 million people worldwide, making it the most popular TED talk of all time. This extraordinary reception reveals a profound hunger for new thinking about human potential. "Out of Our Minds" expands on these ideas, offering a comprehensive framework for understanding creativity in education, business, and culture. The book has influenced educational reformers, business leaders, and cultural innovators across the globe, with endorsements from luminaries like Howard Gardner and Mihaly Csikszentmihalyi. As creativity becomes increasingly recognized as the essential skill for navigating our rapidly changing world, Robinson's insights have never been more relevant or urgent.
第2章
The Revolution We Cannot Ignore
We are living through an unprecedented revolution. Unlike previous historical transformations that unfolded over centuries, today's changes occur at breathtaking speed. Two forces drive this revolution: technological innovation and population growth. Together, they're transforming how we work, communicate, and relate to each other.
Consider how profoundly human mobility has changed. Robinson's father, born in 1914, rarely traveled more than 30 miles from Liverpool. His great-grandparents all lived within a couple miles of each other. Today, Robinson regularly travels internationally, sometimes forgetting entire previous visits to cities like Oslo. While William Shakespeare's father "sought his fortune" by moving just three miles from Snitterfield to Stratford-upon-Avon in 1531, modern professionals routinely cross continents for work. In 1950, people traveled about 5 miles daily; by 2000, it was 30 miles; projections for 2020 suggested 60 miles.
Digital technology has evolved with similar exponential growth. From Apple's founding in 1976 to the Internet's explosion-1,000 hosts in 1984 to nearly 2 billion users by 2010-the pace of change has been relentless. As Ray Kurzweil notes, "significant technological transformations" now take just years instead of centuries. Moore's Law-the doubling of computing power roughly every two years-has driven this revolution, though it will likely reach physical limits around 2020 when transistors approach atomic scale.
Nanotechnology represents the next frontier-manipulating matter at the atomic level. Working at the scale of nanometers (one-billionth of a meter), scientists are creating materials with extraordinary properties. The Nobel Prize-winning discovery of the C60 molecule exemplifies this potential-a substance 100 times stronger than steel yet one-tenth the weight. The implications are staggering: aircraft 50 times larger yet lighter, buildings reaching through the atmosphere, bridges spanning the Grand Canyon, and nanomachines that clean arteries or grow artificial organs.
Meanwhile, Earth's population continues its unprecedented growth. It took all of human history until 1800 to reach one billion people, but we'll add another billion between 1999 and 2011. By 2050, the UN projects 9.2 billion people-more than have ever lived simultaneously. The population is rapidly urbanizing, with over 60%-more than 5.5 billion people-projected to live in cities by 2050. We'll have over 500 cities with populations exceeding one million and 50 mega-cities with over 50 million residents each.
These demographic shifts are profoundly altering the global economic landscape. Work is transforming from manual labor to information technology and services. When Robinson was growing up in the 1950s-60s, most people wore overalls and did manual work; few worked in offices. Today's dominant corporations are in communications, information, entertainment, science, and technology rather than manufacturing. The emergence of e-commerce has revolutionized business practices, while the creative industries-advertising, architecture, arts, design, fashion, film, software, music, publishing, television and radio-have become powerful economic forces.
These changes demand new skills and aptitudes. Organizations worldwide report a desperate "war for talent" as they struggle to find people with the abilities needed to navigate rapid change. McKinsey's studies with 77 large US companies reveal that three-quarters report insufficient talent. Yet our education systems continue producing graduates who lack what businesses truly need: global acumen, cultural knowledge, technological literacy, creativity, communication skills, and adaptability.
第3章
The Academic Illusion That Limits Human Potential
Why do most children consider themselves highly creative, while most adults believe they aren't? The answer lies in our education systems, which systematically educate people out of their creative capacities.
Mass public education emerged in the 1860s-1880s across Europe and America as industrialization created new wealth, transformed the labor force, and established new social structures. These systems were created not just to serve industrialism but in its very image, both structurally and culturally. Schools operate like factories-in special facilities with clear boundaries, set hours, prescribed rules, and principles of standardization and conformity. Students progress through the system in age groups, as if "date of manufacture" were their most important commonality. The day is organized into standard time units marked by bells, with teaching based on division of labor as students move from room to room for different subjects.
The manufacturing principle of linearity governs education, with distinct sequential stages building toward predictable outcomes. This creates a "front-loading" or "gas tank" model where education is accumulated early and meant to last a lifetime-though most leave with "half a tank." Unlike cars, however, people have feelings, opinions, and aspirations that industrial education systems often ignore.
Education systems worldwide share a rigid hierarchy of disciplines. Mathematics, languages, and sciences sit at the top, humanities and physical education in the middle, and arts at the bottom-with further ranking within arts subjects themselves. No school system teaches dance daily as they do mathematics. This hierarchy manifests in time allocation, whether subjects are compulsory or optional, their placement in standardized tests, and political rhetoric about standards.
We commonly equate "academic" with education itself-politicians speak of "academic standards" as synonymous with educational quality, and "academic ability" as equivalent to intelligence. But academic work focuses narrowly on verbal and mathematical reasoning through essays, discussions, and analyses. While important, if human intelligence were limited to these abilities, most human culture would never have developed-no practical science, technology, business, art, music, dance, theater, poetry, love, or intuition.
The obsession with academic ability stems from Enlightenment views of intelligence dominated by deductive reasoning and scientific evidence. Universities have shaped mass education both directly through entrance requirements influencing curricula and assessment, and indirectly as teachers are university graduates. The entire elementary and high school process has become a protracted university entrance preparation, with university attendance the marker of educational success.
This narrow conception of intelligence has had explosive consequences for education and social policy over the past century, causing other intellectual abilities to be ignored or undervalued. The foundations for modern intelligence testing were laid in the mid-nineteenth century by Sir Francis Galton, Charles Darwin's cousin, who after reading Origin of Species concluded that human development followed principles of natural selection, making it possible to improve the human race through selective breeding. He coined the term "eugenics" in 1883. Alfred Binet later developed practical tests for Parisian schoolchildren, creating the first intelligence scale in 1905 based on mental age.
IQ tests and standardized assessments like SATs fail to measure the full range of intellectual abilities, instead focusing on specific types of thinking. Traditional education still relies heavily on timed written examinations that reward short-term memory for factual information. While some students excel in this system, those whose real interests and abilities lie elsewhere find education alienating.
第4章
The Extraordinary Diversity of Human Intelligence
Human intelligence is far richer than industrial/academic education has led us to believe. Our brain begins with about 100 billion cells at birth, with each neuron initially having dozens of connections that pare down to just a few strong ones as the brain develops according to use. Harvard researchers in "connectomics" are mapping this neural circuitry, revealing how neurons compete to maintain connections-a process Jeff Lichtman calls "the magic of being human."
Modern brain scanning technologies have revealed both regional specialization and the complex interactions between brain areas, suggesting three crucial themes for understanding creativity: human intelligence is highly diverse, dynamic, and distinct.
Our perception of reality is limited by our sensory capabilities. Humans perceive only a narrow band of light (400-770 nanometers) and sound (20-15,000 Hz), while other creatures experience entirely different sensory worlds-bats detect ultrasonic frequencies, elephants communicate with infrasound at 1 Hz. Our physical configuration determines what we can perceive, while cultural factors influence what we actually do perceive.
Intelligence isn't just diverse-it's dynamic. Roger Sperry's 1950s experiments with "split-brain" subjects revealed that the brain's hemispheres serve complementary functions: the left side handles logical procedures like language and mathematics, while the right manages holistic operations like facial recognition and spatial orientation. Modern brain scans confirm that even simple actions activate multiple brain regions simultaneously. We experience this integration constantly: speech combines with gestures, dance merges kinesthetic movement with visual design and musical expression, and mathematicians often think visually.
Each person possesses a unique blend of genetic inheritance, experiences, thoughts, and feelings that constitute our distinctive consciousness. As Martha Graham said, "There is a vitality, a life-force... translated through you... because there is only one of you in all of time, this expression is unique." We each have different intellectual profiles-some excel in visual intelligence, others in sound, movement, or mathematical thinking.
So-called savants demonstrate extraordinary capacities in specific areas while showing below-average abilities in others. Derek Paravicini, born prematurely in 1979, is blind, autistic, and an astounding musical prodigy. Despite severe learning disabilities that prevent him from buttoning his clothes or knowing his age, he possesses absolute pitch, can recognize up to 20 notes played simultaneously, and can transform any piece into different musical styles after hearing it just once. His teacher Adam Ockelford describes how music became Derek's language of communication-"All the things that we normally do with words, Derek did with notes."
Our narrow view of ability creates an unnecessarily broad view of disability. People with disabilities are often branded by their limitations rather than seen as individuals with many other abilities that remain undiscovered. Dr. Phil Ellis's "Touching Sound" project demonstrates this principle, using low-level laser beams linked to sound synthesizers that can be triggered by movements as small as an eye blink. This technology allows people with profound physical limitations to control music and visuals, providing feelings of liberation and empowerment.
第5章
Understanding Creativity: The Heart of Human Potential
Creativity is the process of having original ideas that have value. This process involves two interweaving elements: generation and evaluation. Being creative has similar features across all disciplines-whether in science or art-as we push boundaries of current knowledge to explore new possibilities.
Imagination is our ability to bring to mind things not present to our senses-whether real (imaginal), possibilities (imaginative), or mistaken for real (imaginary). As the primary gift of human consciousness, imagination allows us to transcend the present, revisit the past, see through others' eyes, and envision possible futures. While imagination can remain entirely private, creativity involves actively producing something tangible. People aren't creative abstractly but in specific domains like mathematics, writing, or business. Innovation takes creativity further by implementing new ideas in practical ways.
The human capacity for joint attention-the ability to share focus on objects with others-develops into our unique power of symbolic thought. Unlike animals with limited associative abilities, humans can understand that one thing can represent another. This symbolic thinking enables language development and sophisticated communication, setting human creativity apart from animal cognition.
Language is more than just communication-it fundamentally shapes how we think. Different languages offer distinct ways of perceiving reality. Arabic has hundreds of words for "camel," allowing speakers to perceive nuances invisible to others. Some North American Indian languages require specifying whether a man is sitting, standing, or walking when describing him. Chinese, being monosyllabic and tonal, relies on pitch and contour to distinguish meanings, making it almost musical in nature.
We perceive the world not directly but through a "veil of conceptions"-symbolic interpretations that vary between individuals. Two people in the same street may see entirely different landscapes based on their interests and backgrounds. As philosopher Susanne Langer notes, our brains transform sensory experiences by immediately incorporating them into our personal stream of symbols.
Creative insights often occur by making unusual connections: seeing analogies between ideas not previously related. All existing ideas have creative possibilities when combined in unexpected ways or applied to questions they're not normally associated with. Arthur Koestler describes this as "bi-association": bringing together ideas from different areas not normally connected, allowing us to think beyond routine linear thought. Creative thinking involves breaching boundaries between different frames of reference.
Creative achievement requires control of the medium. Simply asking people to be creative isn't enough-they need skills and means to express creativity. Many adults claim they can't draw, not because they're incapable, but because they haven't learned how. The barriers are both perceptual (learning to see differently) and technical (creating what the eye perceives). Without good teaching, most people's drawing abilities plateau around age thirteen.
Beyond general creative capacities, we each possess unique talents and passions-our personal creative potential. This personal dimension of creativity emerges at the intersection of individual talent and passion. It often stems from love for particular materials: sculptors inspired by wood or stone, musicians by their instruments' sounds, mathematicians by the art of numbers. Discovering the right medium is often transformative, as Leonard Bernstein experienced when first encountering a piano as a child.
第6章
Feeling and Reason: Reuniting the Divided Mind
Being creative isn't purely intellectual-it draws on all areas of human consciousness including feelings, intuitions, and playful imagination alongside knowledge and skills. Creativity often taps into areas beyond conscious thought, with our best ideas sometimes emerging unbidden.
The Enlightenment and Romanticism created a profound division between intellect and emotion that still haunts us. Rationalists distrusted feelings while Romantics trusted little else, both seeing these realms as necessarily separate. Rationalist philosophers sought to eliminate superstition through skeptical reasoning, treating feelings and intuition as dangerous distractions.
While Descartes said "I think therefore I am," an equally valid starting point would be "I feel therefore I am." Emotions are intense states of feeling involving strong physiological responses, distinct from emotional attitudes. Our emotional responses reflect our perceptions of situations-the same event can trigger different reactions in different people. These responses originate in the older regions of the brain, particularly the amygdalae in the limbic system, which regulate basic bodily functions without conscious thought.
Though rational thought developed later in the frontal lobes, feeling and reason aren't separated but connected through intricate neural circuitry in a "continual dance between intellect and emotions." The balance between them shifts as we mature-from the overwhelming emotions of infancy through the turbulence of adolescence to the greater emotional control of adulthood. However, maturity isn't about suppressing feelings but integrating them with rational thought, as the emotional faculty guides our moment-to-moment decisions and works hand-in-hand with the rational mind.
Recent years have seen growing interest in positive psychology, happiness studies, and emotional intelligence (EQ). These "soft skills" include understanding personal feelings, communicating with empathy, and responding sensitively to new situations-now recognized as crucial for productive relationships and effective leadership. Creative leaders with high emotional intelligence are more likely to coach rather than direct, encouraging unique skills development.
Scientific knowledge is created through interpersonal processes, not merely personal ones. It's subject to revision as new evidence emerges, with the essential process being argument and debate-challenging or building on existing knowledge. This intellectual excitement and creative impulse drives science forward, concerned not only with facts but with what counts as facts, with explanation and meaning.
Artists, by contrast, focus on description-articulating qualities of experience through their chosen media. They create artifacts as objects of contemplation, where form embodies meaning. The artistic process involves making things that express not just feelings, but ideas about feelings. This requires discipline and technical skill, not just emotional ferment.
Both domains share creative processes, though they differ in how they approach their subjects. The recognition of these common creative processes has led to collaborative projects that may herald a new Renaissance-one based on understanding the relationships between knowing and feeling in making sense of our world.
第7章
The Cultural Dimensions of Creativity
The popular image of creativity as the work of lone geniuses swimming against conventional tides is misleading. While individual minds may generate original ideas, they don't emerge in cultural vacuums. Even the most groundbreaking creative work is typically stimulated by the ideas and achievements of others, as Newton acknowledged when he spoke of standing on the shoulders of giants.
We exist in dual worlds-our inner consciousness and the outer material world-with our perceptions shaped by interactions with others through shared representational forms like language. Culture represents what we create in common. Creativity is the process forming these threads that are woven into the fabric of human culture.
Different cultures perceive the world in fundamentally different ways, particularly in their sense of time. In Los Angeles, a century feels extraordinarily long, while Europeans consider it brief. The author's 1870 home in Stratford was considered "new," while his 1937 Los Angeles house was nearly a heritage property. Americans frequently use "decade" where British might use "century," exemplified by a car dealership proudly advertising "serving Los Angeles for almost half a decade." By contrast, in Asia, a millennium isn't significant-as illustrated by the author's Beijing restaurant experience where a dish introduced 900 years ago was still considered relatively new by the waiter.
Human cultures are complex, diverse systems shaped by geography, population patterns, resources, technology, and political events-all interacting with shared understandings communities develop over time. Cultures contain multiple elements including governance systems, justice, education, class structures, and arts, along with subsets and countercultural groups. Like human intelligence itself, cultures are not static but highly dynamic, changing at varying rates across different communities, with today's globalization accelerating these transformations exponentially.
New technologies enable new creative forms. Shakespeare, despite his storytelling genius, never wrote novels because they hadn't yet emerged as an art form-they developed later with the spread of printing technology and mass literacy. Similarly, classical music evolved alongside orchestral instruments that made new sounds possible. Photography initially threatened painters but ultimately liberated visual arts from mere representation, allowing exploration of new artistic territories.
Human cultures constantly evolve through people's thoughts, feelings, and actions in organic, non-linear ways that defy prediction. Rock and roll's explosive cultural impact in the 1950s-60s couldn't have been planned by government committees-it caught fire through a combustible mix of creative energy and cultural rebellion, expressing a new Zeitgeist. Interestingly, many British rock musicians attended art colleges rather than music schools, finding the experimental atmosphere more conducive to creativity than formal conservatoires.
第8章
Creative Leadership for Innovative Organizations
What should leaders do to promote creativity and innovation in organizations? While there's no single template-all creative cultures are unique-certain principles apply to the most effective creative organizations.
Innovation depends on cultivating three interconnected processes: imagination (bringing to mind ideas not present to our senses), creativity (having original ideas with value), and innovation (putting original ideas into practice). Attempting innovation without developing imagination and creativity is like an athlete hoping for Olympic gold without training.
Creating an innovative culture requires leadership from the top-without CEO commitment, transformation is impossible. Many leaders worry they must personally generate all new ideas or that creativity will lead to chaos. In reality, a creative leader's role is to nurture a culture where everyone can have ideas, balancing freedom to experiment with agreed evaluation systems.
Frederick Taylor's 1900 "Principles of Scientific Management" revolutionized organizations by proposing they should function like machines, with standardization, set routines, and division of labor to maximize productivity. This mechanistic approach, perfected by Henry Ford, became the dominant industrial template for most of the 20th century and continues to influence corporate cultures. While efficiency measures are sometimes necessary, conceptualizing organizations as machines fundamentally undermines innovation.
Human organizations aren't mechanisms-they're living communities of people with values, feelings, perceptions, and motivations. When employees evacuate a building during a fire alarm, the organization moves to the parking lot because organizations exist in people's actions and relationships, making them more like organisms than machines.
Creative leadership involves strategic roles in three key areas: personal, group, and cultural. The first role is facilitating the creative abilities of every organization member. Everyone has creative potential, regardless of their position. Many organizations mistakenly limit creativity to specific departments like marketing or design, but innovation should be an integral purpose throughout.
Being in your element means doing work that matches both your natural aptitude and passion. When people are in their element, time changes-hours feel like minutes. Organizations must identify individual talents not just through formal assessments but by creating situations that reveal abilities people may not know they possess.
The second role of a great leader is forming and facilitating dynamic creative teams-deciding which people to bring together, setting constraints and expectations, and providing necessary resources. Creative teams mirror the mind: they're diverse, dynamic, and distinct. The best teams bring together people from different backgrounds, ages, genders, cultures, and professional experiences.
Creative teams are dynamic, but diversity alone doesn't guarantee creativity-differences must become strengths through effective collaboration. Unlike mere cooperation (where separate tasks are synchronized), collaboration involves people working together in a shared process where interactions shape both the work and outcomes. As Pixar's Randy Nelson explains, effective collaboration requires two principles: "accept every offer that is made" (building on contributions rather than negating them-called "plussing") and "always make your work partners look good."
The third role of a creative leader is promoting a general culture of innovation. The quality of creative work by individuals and groups is deeply embedded in the organization's overall culture. Innovation requires embracing trial and error, being wrong sometimes, and occasionally starting over. Yet corporate short-termism-ironically driven by the very changes that demand long-term thinking-often cuts budgets for experimental research and blue-sky thinking in favor of immediate returns.
第9章
Transforming Education for the 21st Century
Education serves three core purposes: personal development of individual talents, cultural deepening of understanding about the world, and economic preparation for productive work. Transforming education requires applying specific principles to realize these purposes in practice.
Our narrow academic focus marginalizes students whose talents lie elsewhere. Education requires both breadth and depth-a broader curriculum with flexible teaching styles that stretch students while valuing their natural abilities. Human communities depend on diverse talents, not singular conceptions of ability, so education should encourage multiple career paths beyond the traditional college route.
As Socrates said, "Education is the kindling of a flame, not the filling of a vessel." Students have different interests and learning styles-no one can be forced to learn against their will. Personalized education isn't a luxury but a necessity. Two key arguments support this: first, education is inherently personal or it's nothing; second, personalization is increasingly possible through technology. Innovations like New York's School of One use algorithms to generate individualized daily schedules and resources for each student, freeing teachers to focus on quality instruction.
When students find something they enjoy and excel in, they improve in education generally. Venezuela's El Sistema exemplifies this principle-a national music program that has transformed hundreds of thousands of poor children's lives through extensive orchestral programs. Children begin as young as age two or three, attending up to six days weekly for years. Though participation is free and the atmosphere fun, discipline and achievement remain central. El Sistema creates "a daily haven of safety, joy and fun that builds every child's self-esteem," while working closely with parents to ensure family commitment.
Creativity isn't confined to the arts-it's possible in any discipline requiring intelligence. While the arts can be highly creative, so can mathematics and science. Associating creativity exclusively with arts misunderstands both, implying arts are merely breaks from "rigorous" work and that other subjects lack creative potential. Creativity should be promoted throughout education, across all disciplines.
School schedules should flex to facilitate learning, not force learning to conform to rigid timetables. Different activities require different time patterns-language practice benefits from short, frequent sessions while projects need longer blocks. Research by neuroscientist Russell Foster suggests teenagers' biological clocks run two hours behind adults', making early starts counterproductive.
Transforming education means transforming individual schools, not imposing universal models. The challenge is spreading creativity principles so each school develops approaches suited to its unique community. Simple ideas often have profound effects, like the partnership between a Tulsa school and the Grace Living Center retirement home. Their "Book Buddies" program pairs young children with seniors for reading practice, resulting in 70% of children reading at Grade 3 level or higher.
The quality of education depends entirely on teachers-those who inspire or discourage. Creative teaching requires balancing traditional instruction with progressive, inquiry-based approaches. Both have their place, but schools have overemphasized academic learning at the expense of other ways of knowing. Expert teachers, like masters in any field, possess a repertoire of techniques and experiences to draw from, knowing which to apply when.
Whether in public or independent sectors, being creative in education isn't a luxury but essential for facing 21st century challenges. We need a new Renaissance valuing different intelligences and cultivating creative relationships between disciplines, education, commerce, and community. Though transforming education isn't easy, the benefits of success are immeasurable.
