Moonwalking with Einstein
The Art and Science of Remembering Everything
What's it about
Ever forget a name the moment you hear it? What if you could train your brain to remember anything, from grocery lists to important facts, with ease? Discover how an ordinary journalist transformed his average memory into a national championship-winning tool in just one year. This summary unpacks the ancient techniques and modern science behind building a "memory palace." You'll learn the same visualization strategies used by history's greatest thinkers to store vast amounts of information and recall it perfectly. Unlock your mind's hidden potential and start remembering what truly matters.
Meet the author
Joshua Foer is a science journalist and the 2006 U.S.A. Memory Champion, whose work has appeared in National Geographic, Esquire, and The New York Times. Originally covering the quirky subculture of competitive memorization for an article, Foer became the story's protagonist. Under the tutelage of elite "mental athletes," he trained his own mind for one year, transforming his average memory into a world-class tool and proving that anyone can learn to remember everything.

The Script
Imagine you're trying to recall a phone number. You repeat it, maybe trace the digits on a table, and hope it sticks. Now, imagine a different approach. Instead of a number, you're picturing your childhood home. A giant, seven-foot-tall chicken is kicking down the front door . Inside, a snowman is melting on the living room rug. A massive oak tree is growing through the kitchen floor. This bizarre, unforgettable scene is a technique. It’s a glimpse into a world where memory is an active, creative landscape you design yourself. This is the world of the memory palace, an ancient method that transforms abstract information into vivid, cinematic stories your brain can't help but remember.
The discovery of this hidden world came as a complete surprise to Joshua Foer. In 2005, he was a young journalist assigned to cover the U.S.A. Memory Championship, a strange gathering of people who could memorize hundreds of random numbers in minutes. Foer arrived as a skeptic, armed with a typical, forgetful brain and a belief that these competitors were simply outliers—savants with a rare neurological gift. But what he heard from the contestants was something else entirely. They insisted their abilities were trained. Intrigued by the claim that anyone could achieve a super-memory, Foer decided to put it to the test. He spent the next year immersing himself in their world, training with the very techniques they used, turning his own mind into a laboratory. This book is the story of that year-long experiment, a journey from spectator to participant that culminates back at the same championship, but this time, as a competitor.
Module 1: The Lost Art of Memory
We've outsourced our memory. We rely on phones, calendars, and Google. But this wasn't always the case. For most of human history, a trained memory was essential. It was the foundation of education, wisdom, and even character. Foer argues that we've lost something profound in this trade-off.
The book introduces us to the "art of memory," a 2,500-year-old system. Its origin story is dramatic. A Greek poet named Simonides attended a banquet. The hall collapsed, killing everyone else. The bodies were unrecognizable. But Simonides could identify them. He did it by mentally reconstructing the room. He remembered where each person sat. This act of spatial recall gave birth to a powerful idea.
This brings us to the core insight. Exceptional memory is a learned skill. Foer meets top "mental athletes" like Ed Cooke. Cooke can recite hundreds of random digits. But he insists he's not a savant. He says anyone can do it. The secret is technique. These competitors don't have photographic memories. In fact, they believe the concept is a myth. The difference between them and us is simply training.
So what is this training? It's based on a simple but powerful principle. The brain remembers vivid, bizarre, and emotional images far better than abstract information. Our memory evolved to remember routes, food sources, and threats. It didn't evolve for names, numbers, or to-do lists. Mnemonic techniques work by translating boring data into the language the brain understands. The language of images and spaces.
This leads to the most important technique in the book: the Memory Palace. Also known as the method of loci. It's the technique Simonides discovered by accident. You choose a familiar physical space. Your childhood home, for example. Then you mentally walk through it, placing vivid images of what you want to remember at specific locations, or loci. To recall the information, you just take a mental stroll through your palace. This leverages the brain's powerful spatial and visual memory systems. It gives abstract data a place to live.