第1章
Rewiring Your Brain: The Revolutionary Science of Learning Transformation
In a world that often labels us by our early aptitudes and failures, Barbara Oakley's "Mindshift" offers a radical proposition: your brain is far more malleable than you think. The book has garnered praise from luminaries like Seth Godin, who calls it "a doorway to an entirely new way of seeing and reaching our potential," and has become required reading among Silicon Valley executives seeking to reinvent themselves. What makes this work particularly compelling is Oakley's own journey-from math-phobic linguist to engineering professor-embodying the very transformations she describes. The book's cultural impact extends beyond academic circles, inspiring a movement of career-changers and lifelong learners who reject the notion of fixed abilities. As learning science continues to reveal the brain's remarkable plasticity, "Mindshift" stands as both scientific exploration and practical guide to the untapped potential hiding within us all.
第2章
When Musical Genius Meets Medical Ambition
Graham Keir seemed destined for jazz stardom. From childhood, music consumed his life-violin at four, guitar at eight, and an obsession with jazz that had him sneaking into Philadelphia clubs from his suburban home. His dedication earned him spots at prestigious conservatories like Eastman and Juilliard, even recognition in DownBeat magazine as Best Soloist at the college level.
But outside music, Graham floundered. Math frustrated him-he struggled through algebra and geometry while avoiding calculus entirely. After barely passing chemistry, he ceremoniously burned his coursework in celebration. The night before SATs, while peers studied anxiously, Graham attended a jazz concert, proudly indifferent to academics.
Then something unexpected happened. Playing guitar at a pediatric cancer center, Graham formed connections with young patients that evolved into a regular concert series. Surprisingly, he discovered that performing music all day wasn't fulfilling him completely. The idea of personally caring for vulnerable patients began to feel more meaningful than performing for strangers.
This realization led to a terrifying decision: Graham would become a doctor. With nothing in his past suggesting success in math and science, he started small by signing up for calculus. Months before class began, he prepared with a precalculus e-book, studying during commutes despite feeling disheartened by forgotten concepts. Drawing on persistence skills developed through music practice, he competed against experienced Columbia premed students and earned an A-minus.
The journey remained difficult-he lost sleep before exams, avoided Facebook to escape reminders of friends' musical successes, and faced discouragement from well-meaning family. He maintained connections in the jazz scene while secretly pursuing medicine, essentially living as two different people. Eventually, he discovered that continuing to perform music actually improved his quality of life without hurting his studies.
Graham found science classes challenging but learned to overcome his initial aversion. He developed new study habits, including seeking extra help without pride and using memory techniques. His musical training proved valuable in medical school, particularly in auscultation where his trained ear could detect subtle differences in heart sounds. Even more valuable were the soft skills from music-listening to others, empathy, and improvisation-which translated perfectly to patient care.
Graham's transformation illustrates how a "mindshift" works-a deep change in life that occurs through learning, enabling people to grow in fantastically creative ways and live to their fullest potential. His journey shows that seemingly obsolete knowledge can become valuable in new contexts, and that our abilities aren't fixed-a growth mindset can help produce real change.
第3章
Exercise: The Brain's Learning Catalyst
Claudia, a Seattle bus driver in her sixties, had suffered from major depressive disorder her entire life. Depression ran in her family genes, and though she felt perpetually vacant and in pain, her commitment to her family prevented her from considering suicide. Bus driving suited her condition because it paid well and she could perform even when depressed.
After an accident where she had to make a split-second decision to avoid hitting a person but collided with another car, Claudia quit her job, knowing depression would soon follow without employment to distract her. Desperate for change, she realized she needed to transform her brain, body, habits, and beliefs.
A month before quitting, she'd encountered women at a coffee shop who'd just attended Jazzercise, and though exercise seemed torturous, their demeanor planted a seed. The day after the accident, she attended her first exercise class as a sort of guilt-induced punishment. Though initially uncomfortable with the shimmying and hip-swiveling to upbeat music, Claudia soon discovered she enjoyed it.
What Claudia didn't realize was that she had stumbled upon one of the most powerful tools for brain transformation. Exercise stimulates brain function by promoting production of BDNF protein-a kind of "brain fertilizer" that nurtures both existing and newly born brain cells. This protein protects neurons and facilitates learning and synaptic plasticity. Exercise also improves neurotransmitter production and blood flow, enhancing cognitive abilities. For aging brains, it can slow and reverse the natural loss of synapses.
However, exercise isn't a cure-all-Olympic athletes aren't all cheerful geniuses, and many people with physical limitations can still learn effectively. What exercise does is potentiate mental shifts, setting the stage for other positive changes when you're trying to learn something new or think differently.
Claudia realized she needed a multifaceted approach to rewire her brain. Three years after her bus accident, she proudly reports no serious depressive episodes and a transformed life. She learned to change her perception of the world through consistent effort, making healthy lifestyle her hobby. She prioritizes self-care first, then extends love to others.
Despite her biological predispositions and lifelong patterns, Claudia achieved what seemed impossible through deliberate learning and mental rewiring. Her transformation was so complete that friends now describe her as the most positive person they know. She embraced the philosophy that learning is key: "Teach yourself. Learn that getting beyond your current state is possible. Learn to change your brain and your experience of life."
第4章
Transforming "Impossible" Limitations Into Strengths
Ali Naqvi excelled in humanities and golf in Pakistan but struggled severely with math despite tutoring and effort. Moving to Singapore briefly improved his situation with an innovative math teacher, but he soon spiraled back into failure when faced with precalculus and physics. Eventually, Ali stopped trying, labeling himself "creative" while failing math and barely passing sciences, unable to graduate with his class.
Ali somehow managed to pass the entrance test for a media studies course in Singapore that served as a bridge to Monash University in Australia, where he graduated with distinction. While in Australia, Ali continued pursuing golf, taking lessons from Australia's top instructor and landing a job as a web content manager at the Melbourne Golf Academy. This dream job allowed him to practice golf before and after work and during breaks, competing on weekends and becoming a top player at his club.
Moving to the United Kingdom to pursue digital marketing, Ali joined a startup agency as a search engine optimization (SEO) executive despite having no experience in this technical field. The role demanded precisely the math and science skills that had always challenged him-understanding servers, databases, web analytics, and search engine algorithms-forcing him to confront his longstanding STEM anxieties out of financial necessity.
After five years in digital marketing, Ali wanted deeper technical understanding beyond giving superficial website advice. Despite initial struggles with online programming courses that reminded him of past STEM failures, Ali discovered "A Mind for Numbers" and "Learning How to Learn," gaining perspective on effective learning techniques. His mastery of coding and web development built a broader intellectual toolkit for his desired career path.
Ali shares six effective learning techniques: 1) Using the Pomodoro technique with 25-minute focused sessions followed by 5-minute breaks to combat procrastination; 2) "Chunking" key concepts through previewing lessons and testing recall with closed eyes; 3) Scheduling leisure activities around study sessions to enjoy guilt-free breaks while the diffuse mode continues processing; 4) Applying metaphors and visual imagery to make difficult concepts more engaging; 5) Thinking about new concepts before sleep to facilitate overnight processing; and 6) Teaching concepts aloud to himself to test his understanding.
Ali's golf coach taught him valuable lessons about emotional control that apply to learning. When facing frustration in tournaments, his coach advised: "The past is the past. You can't change that. What you can control is your attitude on the next shot." Ali applies this wisdom to the often exasperating experience of online learning. When coding frustrations arise-a missed colon breaking his code or a procedural error skewing results-he follows his golf-derived strategy: acknowledge the annoyance, take a deep breath, consider troubleshooting steps, and focus on those.
Ali advises career-changers to focus on being the best version of themselves rather than comparing unfavorably to others. He notes that different aspects of life-emotional maturity, creativity, discipline, career progression-develop at different rates for everyone. The person who excels where you struggle might envy skills you take for granted.
第5章
Your "Useless" Past Is Your Hidden Advantage
Throughout history, ordinary people with humble backgrounds have emerged to achieve extraordinary things. Even those who never become famous can move society forward by applying seemingly useless knowledge from their past to new contexts. Tanja de Bie, a project coordinator at Leiden University, exemplifies these "second chancers" who find unexpected paths to success.
Tanja's evening hobby of online gaming, particularly "play by post" role-playing, became an unexpected professional asset. Her gaming world required mastery of HTML, online legal environments, forum management, and creative storytelling. While the online community included many helpful, decent people, it also exposed her to "trolls" and "haters" who deliberately created problems. Through years of gaming, Tanja developed special expertise in understanding and effectively handling these disruptive personalities-skills that would prove surprisingly valuable in her professional life.
When Leiden University began planning a MOOC on terrorism-a topic likely to attract contentious participants-Tanja recognized potential dangers the academics overlooked. While traditional university forums involved small groups of identifiable students, MOOCs could attract thousands of anonymous participants worldwide, including trolls who might derail discussions. When administrators asked about handling trolls in the upcoming course, their alarming response-"What's a troll?"-revealed how Tanja's "useless" gaming experience had suddenly become invaluable professional expertise.
Suddenly, she transformed from administrative assistant to valued expert. Her gaming experience provided crucial insights into online community management that academics lacked. Leiden wisely recognized her expertise regardless of academic credentials, making her their community manager for MOOCs. She trained volunteer mentors, advised professors ("don't feed the trolls"), and ensured quality experiences for thousands of students. Her grandmother's influence-"speak your mind but never be impolite"-shaped her approach. Eventually, Leiden created a formal position for her as project coordinator and community manager, acknowledging that innovation requires people with unconventional skills.
Tanja's cheerful attitude coupled with decisive leadership in the online realm made her invaluable despite lacking formal credentials. Leiden University demonstrated remarkable foresight by creating new positions for people with emerging skills rather than relying solely on traditional academic qualifications. This approach has kept Leiden at the forefront of European online education while other institutions experienced declining MOOC enrollments. Tanja now lives her dream, getting paid to manage social media and travel globally as a respected expert.
Tanja's case illustrates how gender can influence career paths. Despite strong analytical skills evident in her game design abilities, she primarily identified with humanities. Research shows that while boys and girls have similar math abilities, testosterone's developmental effect often leaves boys with relatively weaker verbal skills compared to their math abilities. Girls often excel verbally from an early age. These differences can shape self-perception and career interests, as people typically develop passions around what comes more easily to them. Unfortunately, women's verbal advantage can sometimes become a disadvantage if they believe their talents lie solely in language-oriented areas when they could equally excel in math and science if they pursued that path.
第6章
Creating Your Own Educational Path
Zach Caceres, a ninth-grade dropout who began his career cleaning toilets at fourteen, eventually became director of Michael Polanyi College at Universidad Francisco Marroquin in Guatemala City. Zach's journey began in a dysfunctional rural Maryland school system that failed to meet his needs. As a contrarian, creative thinker, he felt alienated in a fear-driven educational environment where teachers punished independent thinking.
After dropping out of conventional schooling, Zach's perseverance led him to his first apprenticeship with a jazz professor. Through sheer determination, repeatedly calling until he secured a meeting, he offered his services in exchange for music education. Learning jazz guitar taught Zach to become a "more structured geek," introducing him to procedural fluency and deliberate practice-repeatedly focusing on difficult aspects to stretch beyond his comfort zone. The jazz culture reinforced this with its "woodshed" mentality that pushed musicians to constantly improve.
At sixteen, Zach enrolled at a local college, later transferring to NYU where he graduated summa cum laude with a 3.98 GPA while working full-time and commuting two hours daily. His entrepreneurial spirit led him to Guatemala's Universidad Francisco Marroquin, where at just twenty-five, he created a profitable experimental liberal arts program where students design their own degrees-mirroring his own successful educational journey.
Zach credits his success to mentorship that wasn't institutionalized but arose organically from real-world opportunities. Unlike the failed mentoring in Boston's social programs studied by sociologist Joan McCord, Zach's mentorships were purpose-driven relationships where both parties contributed value. "I did all kinds of menial stuff-cleaned his office. It wasn't glamorous, but it was a way of saying thank you for access to his knowledge," he explains about his music professor. These weren't friendships but apprenticeships focused on specific skills-analyzing classical compositions or economic theories-rather than generic "positive influence." The relationships succeeded precisely because they weren't part of formal programs but emerged from Zach's initiative and willingness to contribute.
McCord's groundbreaking research challenged conventional wisdom about social intervention programs. Despite initial difficulty publishing her findings that a seemingly helpful family support program actually harmed participants, her work in "A Thirty-year Follow-up of Treatment Effects" sparked crucial examination of well-meaning but ineffective programs. Possible explanations included creating unhealthy dependency or participants adopting counselors' upper-middle-class values unsuited to their circumstances. McCord, who became the first female president of the American Society of Criminology, discovered that social programs rarely established procedures to evaluate their effectiveness, with designers often avoiding data collection that might challenge their assumptions.
Through these mentorships and self-directed learning, Zach developed the confidence to tackle difficult situations-in other words, grit-which he believes is ultimately best learned through one's own experiences.
第7章
Singapore: A Nation Built on Continuous Learning
Singapore stands as a remarkable economic success story-a tiny island nation with no natural resources that transformed from a struggling post-colonial outpost with double-digit unemployment in 1965 to a global powerhouse with just 2.0% unemployment today. What makes Singapore unique is its tripartite approach where government, unions, and businesses collaborate to enhance workforce resilience in the face of rapid technological change and an aging population.
Patrick Tay, a lawyer and member of Singapore's Parliament who also serves as assistant secretary-general at the National Trades Union Congress, champions what he calls a "-shaped" approach to career development. Unlike the traditional "T-shaped" model where workers develop one deep area of expertise balanced by various shallow skills, Tay advocates developing two deep skill areas for career resilience. Through the SkillsFuture program, every Singaporean above twenty-five receives five hundred Singapore dollars to offset training expenses in anything they want, not just what their company requires.
Second-skilling has two dimensions: the work dimension and the passion dimension. The work dimension allows you to move into, across, or up career paths, while passion drives personal interests. Ideally, you marry both. For the work angle, examining job trends and forecasts can reveal growth areas-in Singapore, these include advanced manufacturing, healthcare, and aerospace. Engineers, with their logical, process-oriented minds, can often second-skill into high-demand areas with minimal additional training.
Beyond the "T" and "" approaches to careers, there's also the "mushroom" approach-having broad competencies supported by a broad stem of expertise. U.S. sales entrepreneur Rodney Grim exemplifies this by maintaining focus on electronics sales while developing competency in many related aspects of business. Scott Adams of Dilbert fame describes the "talent stack" approach, where a combination of mediocre abilities (second-rate art skills combined with reasonable writing, business, marketing, and social media abilities) creates a formidable career advantage.
Dr. Soon Joo Gog, chief research officer and group director at SkillsFuture Singapore, works to foster lifelong learning across Singapore's three-million-strong workforce. Her team collaborates with employers, trade associations, unions, and educational institutions to build capacity for change. "Change is the only constant we will be seeing in the future," Gog notes, emphasizing that "careers define our identity in life" while recognizing that "aspirations must be matched with opportunity."
Singapore's approach centers on empowering individuals through coordinated efforts between schools, parents, communities, and employers. Dr. Gog explains that Singaporean education isn't just rote learning-their high PISA scores reflect deep thinking skills and problem-solving abilities taught at every educational level. Literature teaches analytical skills, math focuses on logical thinking, and all subjects connect to interacting with life at a deeper level. The learning system extends beyond schools to include family and community, with skills being of strategic importance nationally.
Singapore actively promotes lifelong learning through community festivals and partnerships that demonstrate how continuous education can integrate into daily life. While Singapore's educational system has been criticized for potentially stifling creativity through test-intensive approaches, the nation is actively addressing these concerns. "Singapore," Dr. Gog concludes, "is a learning nation."
第8章
The Power of Mental Techniques to Transform Learning
Adam Khoo was the quintessential problem child-expelled at age nine for fighting, consistently failing in school, and unable to focus in class. His businessman father was loving but helpless, while his journalist mother inadvertently reinforced his struggles by suggesting he inherited her poor math genes. Adam internalized these labels: "I was lazy and stupid."
At thirteen, everything changed when he attended Super-Teen Camp, the first such program in Asia. There, he learned memory techniques, mind mapping, and goal-setting. He began visualizing his success, plastering his room with affirmations: "Junior college, here I come!" Despite being a slow learner, Adam developed rigorous study habits-prereading materials, creating visual mind maps with cartoons, and practicing problems repeatedly until they became subconscious. He maximized every spare minute, studying during bus rides and between classes.
Adam's approach of practicing until skills become subconscious aligns perfectly with neuroscience research. Studies show that multistep arithmetic equations can be solved below conscious awareness. The Flash Anzan technique demonstrates this dramatically-children learn to mentally add fifteen three-digit numbers flashed in under two seconds by visualizing an abacus. This develops procedural fluency, where well-connected neural networks allow automatic processing. These mental "chunks" function like computer subroutines, called up when needed without conscious thought.
At eighteen, Adam faced his A-level examinations, the gateway to university. Though he failed Mandarin again, his excellence in other subjects earned him probationary entry to his dream school, the National University of Singapore. He ultimately graduated with honors in business administration-an astounding transformation from his failing student days.
Adam doesn't portray himself as a misunderstood genius-instead, he openly shares his challenges. He admits he's "not very smart," which forces him to simplify concepts in ways that resonate with readers. His other self-described flaws-stubbornness, naivety in negotiations, and obsessive worrying-have become strengths in his career. His obsessive nature drives thorough preparation, while his creative thinking balances his business partner Patrick's detail-oriented approach.
The cognitive reframing techniques Adam uses are backed by neuroscience. Neuroimaging studies show that finding positive ways to interpret negative events helps extinguish negative emotions from the amygdala. This approach forms the foundation of cognitive behavioral therapies for depression and anxiety. By changing the meaning of experiences, we reduce stress-related neurotransmitters and uncover deeper truths.
The brain operates in two fundamentally different modes: "focused" and "diffuse." The focused mode activates when we concentrate on specific tasks, while the diffuse mode emerges when we're not thinking about anything particular-like during showers, bus rides, or runs. Learning involves two key steps: first focusing attention (consciously), then taking focus off what you're learning by entering diffuse mode (unconsciously), which allows the brain to creatively consolidate information.
Working memory-how much information you can temporarily hold in mind-has a counterintuitive relationship with intelligence and creativity. While strong working memory is often equated with intelligence and makes problem-solving easier, people with more limited working memory must find ways to simplify complex topics. This simplification process, though sometimes tedious, often leads to conceptual breakthroughs and shortcuts that "smarter" people with larger working memories might miss.
Adam Khoo's "worst" characteristics paradoxically became his greatest learning assets. His self-described lower intelligence and poor working memory forced him to simplify concepts and focus on central aspects of situations. Though it took him longer to understand things, he ultimately grasped them clearly, deeply, and simply, discovering mental techniques and workarounds that more "intelligent" learners often missed.
第9章
Career Evolution: The Art of Strategic Pivoting
Terrence Sejnowski, a legendary neuroscientist and member of all three top U.S. scientific academies, demonstrates that career success often stems from unexpected paths and persistence rather than just raw intelligence. Growing up as a science enthusiast in Cleveland, Terry learned crucial skills through extracurricular activities like the radio club, where he developed project management abilities that proved more valuable than formal academics.
Terry observed at Princeton that intelligence alone wasn't enough for success-it could actually become a liability by making you see barriers too clearly. "The smarter you are, the easier it can be to talk yourself out of things," he notes. His mentor John Wheeler taught him not to persist in mistakes but to quickly change course when needed.
As Terry progressed in theoretical physics, he confronted a troubling reality: meaningful advances in his field increasingly required prohibitively expensive equipment like massive particle accelerators. Despite being perfectly positioned for success in physics with a prestigious mentor at Princeton, he began questioning his path. His curiosity led him to biology courses and lectures on neuroscience, revealing a fascinating new universe inside the brain-one that seemed more accessible than the distant cosmos.
Scientists often build careers around mastering specific techniques, but this specialization can lead to professional stagnation. Terry observed that this pattern extends beyond science-developing a skill, using it repeatedly, then eventually finding yourself in a rut, either from boredom or because the field evolves. The challenge becomes particularly acute when you've invested a decade earning a PhD in one narrow discipline while remaining an amateur in others.
Though studying physics at Princeton, Terry knew Harvard was the epicenter of neurobiology research. In summer 1978, he enrolled in a neurobiology course at Woods Hole research center, arriving overdressed in Princeton attire minus only his tie. Despite good-natured ribbing (including neurobiologist Story Landis buying him his first pair of jeans), this immersive summer transformed Terry's career. His networking paid off spectacularly when Harvard's Steve Kuffler-the "father of modern neurobiology"-personally called to invite Terry to join him for postdoctoral studies, catapulting Terry into neuroscience's highest echelon.
Terry's technical background created an unexpected challenge-he risked being pigeonholed as a computer technician rather than developing as a true biologist. To prevent this, he made a strategic decision to practice "selective ignorance" by avoiding computers entirely during his three-year postdoctoral studies, focusing exclusively on neurobiology. This disciplined approach paid dividends. While he emerged as one of many outstanding Harvard neuroscience postdocs, Terry possessed something unique: his physics background gave him powerful modeling tools his peers lacked.
Terry has observed that physics tends to breed hubris-a field of academic "Masters of the Universe" who believe they're tackling the most difficult subject and are therefore the smartest researchers. This attitude can lead to spectacular failures when physicists attempt to enter new fields without proper humility. Terry contrasted a distinguished Caltech physicist whose neuroscience lab collapsed due to overconfidence with Jerry Pine, who despite being a full professor at Caltech, humbly spent three years as a postdoc at Washington University to properly learn neuroscience before making significant contributions.
Terry Sejnowski's research demonstrates that while learning becomes more difficult with age, the brain remains remarkably plastic. Neuroscientist Adam Gazzaley has created video games like Neuroracer that significantly improve concentration in older adults after just twelve hours of gameplay. These games strengthen the "midline frontal theta" waves and "long-range theta coherence" that typically weaken with age, allowing sixty-year-olds to outperform twenty-year-olds in cognitive tasks.
About 1,400 new neurons are born daily in the hippocampus, with only modest decline as we age. These new "granule" neurons help distinguish between similar experiences and prevent the rekindling of traumatic memories. However, without novel experiences, these neurons die before integrating into neural networks. Exercise acts like seeds for neural sprouts, while learning provides the water and fertilizer that helps them grow. Simple daily novelties like brushing teeth with your non-dominant hand, changing your dinner seat, or traveling to new places can nourish these neurons.
第10章
The Revolution in Online Learning
Adult learning is changing dramatically, best exemplified by "super-MOOCers" who've taken dozens of massive open online courses. Arnim Rodeck, with over forty MOOCs completed, exemplifies how these courses transform learning approaches. When transitioning to self-employment as a woodworker, Arnim faced the challenge of continuing his education without corporate training resources. He initially relied on library books, podcasts and blogs, dedicating at least an hour each morning to learning something new.
Following a Buddhist monk's advice, he avoids news and email in the mornings, instead reviewing previous learning and visualizing the day ahead. Despite his efforts, he struggled with complex subjects until discovering MOOCs through Daphne Koller's TED talk about Coursera. Unlike traditional online learning, MOOCs offered community, structure, and credentials from top universities at minimal cost. Starting with "Model Thinking," Arnim found MOOCs made even complex mathematical formulas and philosophical ideas accessible. He's since taken over forty courses, often studying related topics from different universities to gain broader perspectives.
Super-MOOCers-those who've taken dozens of MOOCs-represent a new breed of self-propelled learners who find special fulfillment in online education. Many already hold conventional degrees but use MOOCs to develop new expertise in flexible, low-cost ways. Laurie Pickard, working in Rwanda for USAID, has taken around thirty MOOCs as part of her "No-Pay MBA" project, saving a fortune compared to traditional MBA programs. She applies her business knowledge directly to her work forming partnerships with private companies in developing countries, gaining confidence and professional advancement.
Meanwhile, David Venturi abandoned a traditional computer science degree at the University of Toronto after realizing MOOCs offered superior learning at a fraction of the cost. Instead of paying $30,000+ for a second bachelor's degree, he created his own data science master's program using about thirty MOOCs for just over 1,000 Canadian dollars. For David, MOOCs' "less-passive listening and more-active doing approach" with the ability to pause videos enabled faster, more efficient learning than traditional lectures.
MOOCs redefine failure in education. Pat Bowden, an Australian retiree who's completed 71 MOOCs and "failed" 12, found a second career as a writer through her studies. Unlike traditional courses, MOOC "failure" carries lower stakes-no transcript penalties-and offers second chances with course repeats. Laurie Pickard notes it's impossible to truly fail a MOOC since they're designed for self-paced exploration. Entrepreneur Yoni Dayan observes that many learners intentionally browse partial content to meet specific needs, similar to how students use textbooks selectively. This flexibility makes MOOCs valuable even without full completion.
A quadriplegic super-MOOCer known as "Hans Lefebvre" has taken over fifty computer science MOOCs, typing with a mouth stick or voice recognition. Despite having a master's in astrophysics, he couldn't enter a computer science master's program without starting over with another bachelor's degree. Instead, he's using MOOCs to prepare for the university's equivalence examinations, excelling as a top student and even becoming a mentor in Princeton's algorithms course.
Paul Hundal, a 59-year-old Vancouver lawyer who completed his hundredth MOOC through edX, exemplifies the enduring value of generalists in our specialized world. As a lawyer and environmental advocate, Paul needs broad knowledge to analyze each unique case effectively. While previously he relied on university experts for specialized knowledge, today's decreased accessibility pushed him toward self-education. MOOCs provided the perfect solution-allowing him to efficiently learn from world-class professors across diverse fields, making him "a better lawyer and a better environmentalist advocating for conservation and a better world."
第11章
Discovering Your Hidden Potential
Just as it took humans over 50,000 years to discover horses' potential beyond being mere food, we often fail to see our own hidden potential. The book's subtitle about breaking through learning obstacles to discover hidden potential connects with examples of people making significant mindshifts. The author shares her own transformation from humanities to engineering and emphasizes that people can learn and change at any age by broadening their passions and expanding their horizons. The section highlights how seemingly irrelevant past experiences often provide unexpected value in new careers, like Arnim Rodeck's engineering background enhancing his woodworking or Tanja de Bie's gaming experience helping her manage online communities.
Online learning tools like MOOCs align well with how the brain naturally learns. Videos can be condensed into memorable segments, and practice tools allow concepts to become second nature. The socially connected communities in MOOCs provide additional benefits as these platforms mature. The author notes that thoughtful online teaching improves students' lives while pushing teachers to improve, creating a digital learning revolution.
In the concluding story, Louise, a 62-year-old with limited horse experience, was struggling with Specs, a dangerous horse who had been improperly trained as a colt. The breakthrough came through "bridge and target" training-teaching Specs to move toward a plastic disk target using clucking sounds as guidance. This communication method gave Specs agency in his learning, with blueberry rewards for success. Louise learned to read Specs' attitude and body language, recognizing that completing tasks with angry ears back and tensed body wasn't true success. She discovered that "attitude trumps everything" in learning.
Learning satisfies our deepest needs as humans, while acknowledging that many people, like Specs initially, rebel against learning or resign themselves to stagnation. The key message is that sometimes all it takes is one special mentor to unlock potential and reframe learning, as Louise did with Specs. The book inspires readers not only to pursue their own mindshifts but to become that catalyst for others who are shut down, helping them discover the beauty and joy of learning.
