What is *Alex & Me* by Irene Pepperberg about?

*Alex & Me* chronicles Dr. Irene Pepperberg’s groundbreaking 30-year study of Alex, an African Grey parrot who revolutionized understanding of animal intelligence. The book blends scientific discovery with a heartfelt bond, detailing how Alex learned concepts like colors, numbers, and abstract thought—challenging assumptions about non-human cognition. It also explores Pepperberg’s perseverance amid academic skepticism and Alex’s untimely death.

Who should read *Alex & Me*?

Animal lovers, psychology enthusiasts, and readers interested in interspecies communication will find this book compelling. It appeals to those who enjoy memoirs combining scientific rigor with emotional storytelling, offering insights into avian intelligence and the ethics of animal research.

Is *Alex & Me* worth reading?

Yes—it’s a unique blend of accessible science and emotional narrative. While the opening chapter’s focus on grief may feel slow, the book shines in showcasing Alex’s cognitive breakthroughs (e.g., inventing “cork nuts” for almonds) and Pepperberg’s scientific resilience. Critics praise its balance of rigor and warmth.

What did Alex the parrot learn in *Alex & Me*?

Alex demonstrated comprehension of colors, shapes, numbers up to 7, phonetic awareness, and basic math. He spontaneously coined terms, understood “object permanence,” and even lied to avoid tasks. His abilities rivaled those of a 5-year-old child, dismantling notions that parrots merely mimic speech.

How did Irene Pepperberg’s research challenge scientific norms?

Pepperberg faced ridicule for her interactive training methods, which contrasted with sterile behaviorist approaches. She proved Alex’s cognitive depth through statistically rigorous experiments, despite initial grant rejections and skepticism. Her work redefined avian intelligence research.

What are the key quotes from *Alex & Me*?

- **“Wanna go back… 2!”**: Alex’s plea after故意 giving wrong answers to end a tedious task. - **“We live in a world populated by thinking, conscious creatures”**: Pepperberg’s conclusion about non-human intelligence. - **“Cork nuts”**: Alex’s invented term for almonds, showing creative labeling.

What criticisms does *Alex & Me* address?

Some scientists dismissed Pepperberg’s methods as anthropomorphic, but the book counters with reproducible results. Readers note the opening chapter’s heavy focus on grief post-Alex’s death, though later chapters balance science and storytelling.

How does *Alex & Me* compare to other animal intelligence books?

Unlike abstract theories in *The Evolution of Language*, *Alex & Me* personalizes research through Pepperberg’s journey. It complements works like *Are We Smart Enough to Know How Smart Animals Are?* by focusing on longitudinal, hands-on study rather than broader surveys.

Alex & me

a 30-year adventure

Irene Pepperberg

4.1(10029 Reviews)

Overview of Alex & me

When a scientist and an African Grey parrot challenged the boundaries of animal intelligence, the world took notice. Alex mastered concepts like "bigger" and "smaller," becoming a New York Times bestseller phenomenon that transformed our understanding of avian cognition and inspired countless readers facing their own challenges.

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Chapter 1

When a Parrot Changed Science Forever

What could a one-pound ball of gray feathers possibly teach us about the nature of intelligence? When Alex the African Grey parrot died unexpectedly on September 6, 2007, the world responded with an outpouring of grief typically reserved for beloved celebrities. The New York Times called him "perhaps the world's most famous talking bird" whose work had "revolutionized the way we think of bird brains." Nature acknowledged how Alex had "transformed people's understanding of the mental abilities of non-human animals." His passing made headlines across major networks and newspapers worldwide, while thousands of condolence messages flooded in from strangers and colleagues alike. What made this parrot so special? For thirty years, Alex had worked alongside scientist Irene Pepperberg, demonstrating cognitive abilities previously thought impossible in non-human animals. His groundbreaking achievements in language, mathematics, and abstract thinking challenged fundamental assumptions about animal intelligence and consciousness. The story of Alex and Irene isn't just about scientific discovery-it's about connection, perseverance, and how one remarkable bird changed our understanding of minds beyond our own.

Chapter 2

From Lonely Child to Bird Researcher

My connection with birds began when I was four years old, when my father gave me a trembling green parakeet. When this tiny creature stepped onto my finger and made eye contact, something profound happened-we connected. Growing up as an only child in Brooklyn with emotionally distant parents, I was desperately lonely. My mother, whom psychologists might have called a "refrigerator mother," resented how I'd ended her career, while my hardworking father was rarely home. That little parakeet transformed my solitary existence, sitting on my shoulder while I watched TV and accompanying me through daily activities. After a traumatic experience at school where I was bullied as the only white child, we moved to Queens where I owned a succession of parakeets. Though socially awkward, I gradually made friends and discovered my passion for reading. Dr. Doolittle's stories particularly enchanted me with his ability to communicate with animals-especially since he learned from an African Grey parrot named Polynesia. This early fascination planted a seed that would eventually bloom into my life's work. In high school, I found my intellectual footing. While studying chemistry, I experienced an epiphany with the periodic table-instead of memorizing it, I recognized the beautiful patterns and predictability of chemical reactions. This analytical approach would later serve me well in my research. Though I excelled in languages too, I chose science for practical career prospects. My connection with birds kept reasserting itself in unexpected ways. During a grueling summer chemistry course before senior year, a distressed yellow parakeet flew through an open window into our lab. While everyone panicked around dangerous chemicals and equipment, I calmly took charge-having everyone turn off their Bunsen burners, setting out water, and gently catching the bird when it landed to drink. Looking back, perhaps the universe was trying to nudge me toward my true calling with birds, though I wouldn't recognize the sign for many years.

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Chapter 3

Academic Journey and Scientific Rebellion

At sixteen, I graduated near the top of my class and was shocked when my counselor suggested MIT-I'd never considered it because "girls don't go to MIT." Learning they accepted about thirty females annually, I applied and was accepted. The pressure-cooker environment was intense, but I thrived academically while finding comfort in the company of my parakeet, Charlie Bird. At Harvard for graduate studies in theoretical chemistry, I encountered blatant sexism. When I showed my engagement ring to an administrator, she immediately asked when I'd be withdrawing from the program, assuming marriage meant abandoning my career. After marrying fellow scientist David Pepperberg, my enthusiasm for theoretical chemistry waned as I spent endless hours debugging computer punch cards and witnessed female colleagues facing discriminatory job interviews. Then came a pivotal moment that changed everything. After our home burned down in 1973, we temporarily moved in with David's postdoctoral advisor. There, watching a PBS NOVA series about animal communication, I experienced a revelation-this was my future path. Despite having no training in animal biology, I knew instantly this was what I wanted to pursue. I began devouring courses and literature on bird behavior, child cognition, and language while finishing my chemistry doctorate. The groundbreaking work being done with chimpanzees particularly fascinated me, but I chose to work with birds since they naturally learn songs and, in some cases, words. African Grey parrots, with their four-thousand-year history as human companions from Egyptian nobles to Henry VIII, were known for exceptional intelligence. A German zoologist had demonstrated their facility with numbers, and another researcher showed they learn speech through social interaction. My approach was revolutionary because it challenged behaviorist dogma that treated animals as mindless automatons. Instead of starving subjects and isolating them in boxes, I adapted a model/rival training system where two trainers demonstrate labeling objects, with the bird serving as both observer and competitor for attention. This created a rich social context for learning-something behaviorists dismissed as unnecessary and unscientific. This scientific rebellion would define my career, positioning me as an outsider challenging established paradigms about animal cognition. The resistance I would face was formidable, but so was my determination to prove that a bird brain could accomplish far more than anyone believed possible.

Chapter 4

Meeting Alex and First Breakthroughs

In June 1977, I acquired a one-year-old African Grey parrot from a Chicago pet store. Our first days together were tense-Alex was traumatized from capture and transport, while I had never handled such a large bird. When he attempted to fly with clipped wings, he crashed to the floor with a broken feather, spraying blood everywhere. Gradually, he grew braver, showing particular enthusiasm for shredding paper index cards. I implemented an innovative training method requiring two people-myself and volunteer Marion Pak-who would take turns asking each other about object labels while Alex observed. We began with "paper," emphasizing the word when giving him cards to shred. This proved challenging since making "puh" sounds is difficult without lips. We later introduced a silver key to ensure he wouldn't associate verbalizing only with paper. Within weeks, Alex was producing approximations-"ay-er" for paper and "ee" for key. On July 1, he demonstrated his first clear functional use of a label when he said "ay-ah" while looking toward my paper drawer after eating messy apple. By August, his pronunciation improved dramatically to "pay-er," though his performance fluctuated wildly-brilliant one day and seemingly forgetful the next. The most significant early breakthrough came when Alex identified a red key as "key" though trained only on silver ones. This demonstrated transfer of knowledge-applying a label to a novel example of the same category-a cognitive ability never before shown vocally in non-human animals. He was proving himself to be far more than a mere mimic. Alex quickly learned to use "no" meaningfully as well. Initially expressing displeasure through squawks or bites, he began making "nuh" sounds in appropriate situations and soon replaced this with a proper "no" to refuse handling or participation. In one session with trainer Kandis, he repeatedly refused to properly pronounce "four-corner wood," demonstrating his understanding of negation as a linguistic tool. His obstinacy reached new heights when demanding fresh corks-he would reject partially chewed ones by tossing them away and insisting "Cork!" until given a pristine replacement. These early interactions revealed something remarkable-Alex was using language functionally, not just mimicking. He was communicating intentionally to get what he wanted, refusing what he didn't want, and transferring knowledge to new situations. For a brain "the size of a shelled walnut," this was extraordinary, though the scientific establishment remained deeply skeptical.

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Chapter 5

Scientific Struggles and Nomadic Research

One major challenge I faced was establishing scientific credibility. By early 1979, I had collected enough data on Alex's appropriate label use to submit a paper to Science, hoping to follow the path of earlier ape-language researchers. The journal rejected it immediately without review, claiming "insufficient interest." Nature similarly dismissed my revised submission without sending it to referees. My research coincided with growing controversy in animal-human communication studies. While researchers working with apes had claimed significant breakthroughs, linguists increasingly questioned whether these animals truly demonstrated language abilities. I initially called my work the "Avian Language Experiment" (hence Alex's name), but prudently changed it to "Avian Learning Experiment" and described his vocalizations as "labels" rather than "words." The controversy exploded at the "Clever Hans Phenomenon" conference in May 1980, where Thomas Sebeok and colleagues essentially accused animal-language researchers of fraud or self-deception. They compared the work to the famous case of Clever Hans, a horse who appeared to do arithmetic but was actually responding to subtle cues from his handler. I was grateful my NSF funding had arrived before this academic excoriation. Alex and I spent over seven years at Purdue as academic nomads, moving between temporary labs while enduring biblical-scale troubles including floods that required middle-of-the-night evacuations and cockroach infestations we couldn't spray for fear of poisoning Alex. Despite these challenges, our work gained momentum with NSF funding extensions and growing media attention, though academic detractors remained vocal. When I left Purdue for Northwestern in 1984, Alex had transformed from a skittish bird to a confident parrot who knew how to control his environment through demands. At Northwestern, we settled into modest accommodations-a single room lab with Alex's cage atop a ratty desk. There, Alex demonstrated remarkable linguistic creativity when, after months of refusing to say "apple," he suddenly declared "Banerry...I want banerry," eating the fruit happily as though he'd solved a puzzle. When I corrected him-"No, Alex, apple"-he simply repeated "Banerry" with patient confidence. A linguist friend later suggested Alex had created a lexical elision, combining "banana" and "cherry" to describe something that tasted like a banana but looked like a large cherry. Through all these challenges and relocations, Alex continued defying expectations-correctly labeling objects, colors, and demonstrating a functional use of "no." He even began understanding abstract concepts like categories, distinguishing between questions about color versus shape. His mischievousness emerged too, from chewing my grant proposals to knocking over coffee cups, after which he learned to defuse tense situations by saying "I'm sorry" with increasing pathos.

Chapter 6

Conceptual Breakthroughs and Media Attention

Alex demonstrated remarkable linguistic abilities when tested with novel color-object combinations. When presented with a green clothespin (which we called "peg wood"), he responded "Green wood peg wood"-not perfect, but showing he understood these elements needed to be combined. This linguistic segmentation ability was tremendously encouraging. We next challenged Alex with understanding "same" and "different"-a sophisticated cognitive concept. When shown two objects like a green square and blue square, he had to respond "color" to "What's different?" and "shape" to "What's same?"-not just identify the specific attributes. After months of training, he succeeded about 75% of the time with familiar objects and 85% with novel items. When I presented these results at the International Primatological Congress in 1986, a senior professor was stunned that my parrot could perform this task more sophisticatedly than Premack's chimps. Alex enjoyed performing for media and was never camera-shy. Among our many visitors was classical pianist Garrick Ohlsson, the first American to win the International Chopin Piano Competition. I worried about potential headlines: "Internationally Renowned Pianist Loses Finger to Parrot!" But Alex behaved wonderfully, jumping onto Garrick's arm, climbing to his shoulder, and performing his "happy dance" courtship ritual. In September 1990, Alex contracted aspergillosis, a fungal infection likely from contaminated corncob bedding. After a week of unsuccessful medication, he needed hospitalization. As I left him at the clinic, he pathetically said, "I'm sorry. Come here. Wanna go back." Each day I taught classes, then drove an hour to spend time with Alex. He hated the nebulizer treatments, repeatedly saying "Wanna go back" until the timer rang. When medications failed, I arranged for experimental microsurgery with specialist Greg Harrison in Florida. Alex charmed everyone at the vet clinic during his recovery, even pestering the accountant with offers of food until finally asking in exasperation, "Well, what do you want?" This health crisis revealed how deeply I cared for Alex, though I continued maintaining scientific distance. His recovery and subsequent move to Arizona marked a new chapter in our research journey-one that would include new birds and even more impressive cognitive demonstrations.

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Chapter 7

Expanding the Flock and Research Horizons

In Arizona, I established a much larger laboratory in the basement of Life Sciences West Building at the University of Arizona. The central area featured a round table for Alex (who still kept his ratty folding metal chair), with rectangular counters for two young Grey parrots, Alo and Kyaaro, whom I'd acquired in early 1991. I'd added these birds partly in response to critics who noted "Alex is only one bird" and concerns about what might happen if Alex died-concerns that felt more pressing after his aspergillosis scare. Our lab balanced playfulness with serious scientific study. I soon had four graduate students expanding our research scope, plus twenty undergraduates maintaining the lab and working with the birds. Funding came partially from the department and NSF grants, but most support came from The Alex Foundation, a nonprofit I established in 1991. Both new birds came with unexpected challenges. Alo, acquired at seven months, had been previously mishandled and eventually developed severe anxiety. Kyo (short for Kyaaro) seemed normal at first but at sexual maturity developed what resembled avian ADHD, becoming easily startled and unable to distinguish important stimuli from background noise. Before these problems manifested, we conducted important research on training methods, comparing our model/rival technique with more streamlined approaches using audio and video tapes. The results clearly confirmed my initial instinct: the model/rival technique with its rich social context was far more effective for teaching communication skills than any other method. Alex took nearly a year to fully recover from aspergillosis after arriving in Tucson, though he hid his symptoms as wild parrots do to avoid appearing vulnerable. Once recovered, he established himself as the boss of the lab, greeting visitors and directing activities from his central table. Students called him "Mr. A" as he would interrupt Alo and Kyo's training sessions, shouting correct answers or admonishing them with "You're wrong" when they struggled. With graduate student Dianne Patterson, who had linguistics training, we studied Alex's vocalizations scientifically. Despite suggestions that parrots produce speech through whistles, our sonogram analysis showed Alex's vocalizations contained formants remarkably similar to human speech. More impressively, Alex demonstrated "anticipatory co-articulation"-pronouncing the same sound differently depending on what follows (like the "k" in "corn" versus "key"). This ability, previously thought uniquely human, suggested Alex possessed fundamental building blocks of language ability. After sending Alo to Utah due to her anxiety issues, I acquired a tiny seven-week-old Grey chick from Georgia who immediately chose me, toddling over and pulling at my jeans. Unlike my previous birds, this chick (named Griffin after cognitive scientist Donald Griffin) required constant care-being carried in blankets for warmth, hearing our heartbeats for comfort, and needing feather preening. When I introduced baby Griffin to Alex, hoping for a parental response, Alex immediately growled threateningly and advanced with raised feathers. This territorial behavior was natural for dominant Greys-Alex wouldn't allow any other bird on his table. Though we tried using Alex as a tutor for Griffin, it wasn't entirely successful-Alex would sometimes show off, give answers when Griffin hesitated, tell Griffin to "Say better," or deliberately give wrong answers to confuse him.

Chapter 8

Mathematical Genius in a Feathered Package

In fall 2003, we began new number trials with Alex, who already knew numbers one through six. To test comprehension, I'd show him a tray with different colored keys in varying quantities and ask "What color four?" After initial success, Alex went on strike for two weeks, giving wrong answers or changing the subject. Then suddenly he answered "Five" when asked about a set of three. When I asked "What color five?" he immediately said "None"-correctly indicating there was no set of five objects present. He had transferred the term "none" from previous studies to indicate zero or absence. This was remarkable because zero is highly abstract-a concept that only entered Western culture in the 1600s-and Alex had invented this usage himself. His tiny brain had grasped something that eluded even Euclid. Alex's addition skills emerged unexpectedly when he interrupted Griffin's training by correctly summing sequences of clicks. We formalized testing by hiding different numbers of nuts under cups, showing him each set briefly, then asking "How many total nuts?" Alex achieved over 85% accuracy, comparable to small children and chimpanzees. He struggled with the concept of adding nothing, similar to chimps' difficulties. More impressively, Alex understood numerical equivalence without training. When shown an Arabic numeral 5 next to three blocks and asked "What color bigger?" he consistently chose the numeral rather than the physically larger set of blocks. He understood that symbols represented quantities and that six is greater than five, despite not having learned numbers sequentially. As primatologist Mike Tomasello often joked after explaining human cognitive uniqueness: "Except for that damn bird!" Beyond his cognitive achievements, Alex was multifaceted-bossy, obstinate, playful, mischievous, affectionate, and supremely confident. He enjoyed visiting the small lobby near our lab, announcing "Go see tree" several times weekly. He preferred sitting on a couch by the window to watch birds, passing trucks, and students. He wolf-whistled at male students and enthusiastically danced to "California Dreamin'"-a tradition that began when he spontaneously bobbed his head to the Mamas and Papas version. After lunch, he'd retreat to his cage top or box for "Alex Chronicles"-monologues of practiced phrases and words. Sometimes he'd practice new labels, allowing us to track his pronunciation development from "s...one" to "s...none" to "seben" when learning "seven." In early 2007, Alex went through a hyper-sexual period, particularly with student Steve Patriarco. Following our vet's advice, we removed Alex's beloved cardboard box (a nest substitute) and fed him tofu to temper his hormones. By August he stabilized and resumed working. Around this time, he created the novel phrase "yummy bread" after tasting birthday cake in the lab.

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Chapter 9

The Final Chapter and Alex's Legacy

I'd been planning to study optical illusions with Alex since my Media Lab days, and in summer 2005, I partnered with Harvard psychology professor Patrick Cavanagh to investigate whether Alex literally saw the world as humans do. Despite bird and mammalian brains diverging evolutionarily 280 million years ago, our preliminary tests with the parallel lines illusion showed Alex selected the same line humans would perceive as longer. This supported my long-held argument that despite anatomical differences, brains and intelligence share universal building blocks across species. By June 2007, Patrick and I were confident our grant would be approved, and by August's end we learned it would start September 1st. This meant I would become a research associate with a decent salary and benefits, plus coverage for 35% of lab costs-a significant improvement from my part-time teaching and foundation income. That same week, I received news about being included as a consultant on a successful European language evolution project worth six million euros. After years of financial struggle, things were finally turning around. Alex seemed slightly subdued that week, though nothing alarming. On Wednesday, September 5th, Harvard graduate student Adena Schachner and I had Alex bobbing along to 80s disco music, planning future musical research. Thursday afternoon, Alex engaged well with color cup tasks after being uncooperative in the morning. I arrived at 5pm and worked on optical illusion tests while Alex perched between Shannon and me, chatty and affectionate. At day's end, we exchanged our usual parting words: "You be good. I love you," said Alex. "I love you too," I replied. "You'll be in tomorrow?" he asked. "Yes, I'll be in tomorrow," I answered. The next morning, I received devastating news that Alex had been found dead in his cage. Alex left us like a magician exiting the stage-a blinding flash, a cloud of smoke, and he was gone, leaving us awestruck at what we'd seen and wondering what other secrets remained hidden. His sudden departure left me in awe at his achievements and wondering what else he would have accomplished had he lived his full expected lifespan. The greatest scientific lesson Alex taught was that animal minds are far more like human minds than behavioral scientists believed possible. Animals aren't merely mindless automatons as mainstream science held for so long. Alex showed us how little we know about animal minds and how much remains to be discovered-insights with profound philosophical implications. Throughout history, humans positioned themselves as separate from and superior to animals. From Aristotle's Great Chain of Being to modern scientific dogma, we've clung to the belief that our intellect and language make us unique. The equation was simple: language is necessary for thought; animals don't have language; therefore, animals don't think. But this fortress of human uniqueness began crumbling in the 1980s. Each time animals were found doing what was supposedly uniquely human, defenders moved the goalposts. Eventually they conceded that cognitive abilities might exist in large-brained mammals, particularly apes. But Alex-a nonprimate, nonmammal with a walnut-sized brain-learned communication elements as well as chimps, revealing sophisticated thinking previously thought impossible. Alex's behavior suggested consciousness and intention beyond what behaviorists would admit. When he "spelled" "Nnn...uh...tuh" in exasperation at not getting a nut, or manipulated me to ask questions so he could answer "none," he went beyond anything I'd taught. Though I can't prove his consciousness scientifically-language being necessary to truly explore another's mind-his actions strongly suggested intentionality. The most profound lesson Alex taught concerns humanity's place in nature. The revolution in animal cognition shows humans aren't unique or superior to all other beings. We are a part of nature, not apart from it. This "separateness" was a dangerous illusion giving us permission to exploit every aspect of the natural world without consequences-consequences we now face in poverty, starvation, and climate change. Alex's passing taught me the true depth of our connection through the searing pain and grief I experienced. Though I'd always loved him, I'd kept my true attachment in close check until it became invisible even to me. I took care of him as any dutiful Grey owner would, but never felt I owned his free spirit. This relationship reminds me of Isak Dinesen's "Out of Africa" and its closing words that perfectly capture my feelings about Alex: "He was not ours, he was not mine. Thank you for sharing him with us. He brought us much joy. We loved him well."

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Key Themes in Alex & me

animal cognition
interspecies communication
avian intelligence
scientific paradigm shifts
model-rival training

Quotes from Alex & me

Girls don't go to MIT.
This was my future path.
This scientific rebellion would define my career.

Characters in Alex & me

AlexAfrican Grey parrot and subject of the study
Irene PepperbergAuthor and scientist who studied bird cognition
David PepperbergScientist and husband of Irene Pepperberg
Charlie BirdIrene's pet parakeet during her time at MIT

About the Author

Irene Maxine Pepperberg is a renowned animal cognition scientist and the author of the New York Times bestselling book Alex & Me: How a Scientist and a Parrot Discovered a Hidden World of Animal Intelligence—and Formed a Deep Bond in the Process. Her groundbreaking work with African grey parrots revolutionized our understanding of avian intelligence.

A Harvard-trained PhD and adjunct research professor at Boston University, Pepperberg bridges scientific rigor and accessible storytelling in her memoir, which explores themes of interspecies communication, cognitive science, and the ethical implications of animal research.

Her earlier academic work, The Alex Studies, documented three decades of research with her pioneering parrot subject Alex, whose abilities to comprehend abstract concepts reshaped perceptions of non-human intelligence. Pepperberg’s research has been featured in Nova, The New York Times, and TED-style talks, while her insights inform conservation efforts and ethical debates worldwide.

Alex & Me has been translated into 18 languages and inspired a Cambridge theater production, Beyond Words, cementing its status as a landmark in popular science literature.

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"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

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Chapter 9

Alex & me

OverviewOverview of Alex & me

One book. Many ways to hear it.

When a Parrot Changed Science Forever

From Lonely Child to Bird Researcher

See every word as you hear it

Academic Journey and Scientific Rebellion

Meeting Alex and First Breakthroughs

Get more out of Alex & me

Scientific Struggles and Nomadic Research

Conceptual Breakthroughs and Media Attention

See every word as you hear it

Expanding the Flock and Research Horizons

Mathematical Genius in a Feathered Package

Get more out of Alex & me

The Final Chapter and Alex's Legacy

You made it to the end of Alex & me

Key Themes in Alex & me

Quotes from Alex & me

Characters in Alex & me

About the Author

Download Summary of Alex & me

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FAQs About This Book

What is Alex & Me by Irene Pepperberg about?

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What did Alex the parrot learn in Alex & Me?

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BeFreed Brings Together A Global Community Of Curious Minds

BeFreed Brings Together A Global Community Of Curious Minds

One book. Many ways to hear it.

When a Parrot Changed Science Forever

From Lonely Child to Bird Researcher

See every word as you hear it

Academic Journey and Scientific Rebellion

Meeting Alex and First Breakthroughs

Get more out of Alex & me

Scientific Struggles and Nomadic Research

Conceptual Breakthroughs and Media Attention

See every word as you hear it

Expanding the Flock and Research Horizons

Mathematical Genius in a Feathered Package

Get more out of Alex & me

The Final Chapter and Alex's Legacy

You made it to the end of Alex & me

Users also liked

Discover more

Overview of Alex & me