Memory Techniques · Chapter 9

The Story Method

What it is

The story method, sometimes called the link method or chain method, is a technique for remembering items in order by weaving them into a single continuous narrative. Instead of trying to hold a bare list in your head, you connect each item to the next through a small scene of action, so that recalling one item naturally pulls the following item into view. The list stops being a column of disconnected words and becomes a story you can replay from the beginning.

The core idea rests on a simple fact about how memory works: we are far better at remembering events, characters, and actions than we are at remembering abstract or arbitrary lists. A sequence of seven unrelated errands is hard to hold because nothing binds the items together. But a story has built-in glue. Each scene leads to the next because of what just happened, the way one moment in a film makes the next moment feel inevitable. When you turn a list into a story, you borrow that natural forward momentum.

What makes the links stick is vividness and absurdity. A milk carton standing quietly next to a battery does nothing for memory. But a milk carton that explodes, soaking a giant battery that then sparks and sets a newspaper on fire, creates a scene your mind cannot ignore. Exaggeration, motion, and a touch of the ridiculous are not decoration here; they are the working parts of the technique.

The story method is the most beginner-friendly of all the classic mnemonic systems because it requires no preparation. You do not need a memorized palace of rooms or a fixed set of pegs. You build the chain on the spot, from whatever the list happens to be.

When to use it

Reach for the story method whenever you need to remember a sequence of items in a specific order and you have no time to prepare a more structured system. It shines for short to medium lists, roughly five to twenty items, where each item can be turned into a clear mental picture. Because the chain enforces order, it is ideal when the sequence itself matters.

The story method is weaker for very long lists, because a single broken link can stall the whole chain, and for purely abstract data like long numbers, where a converting system such as the Major System works better. For those, see the related chapters. Within its sweet spot, though, it is fast, portable, and reliable.

  • Errand and shopping lists you must do in order
  • The steps of a procedure, recipe, or checklist
  • A sequence of historical events or the points of a speech
  • The bones of a presentation, so you can speak without notes
  • Ordered facts for an exam: the kings of a dynasty, the phases of a process, the layers of a system
  • Any list you would otherwise scribble down but cannot, such as while driving or walking

Step-by-step method

  1. Turn each item into a concrete image. Abstract words must become things you can see. "Buy insurance" becomes a giant umbrella; "call the bank" becomes a marble piggy bank with a telephone glued to it. A clear picture is the raw material of every link.
  1. Take the items strictly in order. The story must follow the list's sequence exactly, because you will recall the sequence by replaying the story. Never skip ahead or rearrange.
  1. Link item one to item two with an action. Do not just place them side by side; make them interact violently or absurdly. The first image should do something to the second, or vice versa. Action is what fuses two images into one memorable scene.
  1. Chain forward, link by link. Now connect item two to item three with a new action, then three to four, and so on. Only ever link the current item to the next one. You are building a relay, not a crowd scene.
  1. Exaggerate every link. Make objects enormous, multiply them, set them in motion, give them sound and smell. A boring link is a link you will lose. Bizarre, funny, or impossible scenes survive; tidy realistic ones fade.
  1. See each scene fully before moving on. Pause for a second or two on each link and actually picture it, including what happens and how it feels. This brief, deliberate encoding is what separates a chain that lasts from one that collapses.
  1. Replay the whole story to recall. To retrieve the list, start at the first image and let the action carry you to the next, then the next. Each scene hands you the following item. Run through it once or twice immediately to lock it in.

A simple example

Suppose you have six errands to run, in this order: post a letter, buy bananas, pick up dry cleaning, fill the car with petrol, return library books, get a haircut. Here is one chain.

You walk outside and a giant white envelope (the letter) is lying on your doorstep. As you bend to mail it, the envelope splits open and a huge bunch of bananas (bananas) bursts out, slippery and yellow. You step on a banana and skid wildly into a rack of freshly pressed shirts (dry cleaning) that go flying everywhere, plastic crinkling. One shirt wraps around your face, and as you tear it off you find yourself holding a dripping petrol pump (petrol) that is gushing fuel all over the shirts. The petrol soaks a tall stack of library books (library books), and the wet pages swell up and snap shut on a pair of scissors that suddenly start snipping your hair (haircut), giving you a wild new haircut right there in the street.

To recall the errands, replay the scene. Envelope on the doorstep, bananas burst out, you skid into the shirts, the shirts get soaked by the petrol pump, the petrol drenches the library books, the books snap shut on the haircutting scissors. Six errands, in order, with nothing written down. Notice that each link is one clear action joining exactly two items, and every scene is exaggerated: bursting, skidding, gushing, snipping.

An advanced example

Now a harder, content-rich case: remembering a sequence of real historical events in order, the kind of thing a student must reproduce on an exam. Take these milestones in the early history of European printing and exploration, in chronological order: Gutenberg's printing press (around 1440), the fall of Constantinople (1453), Columbus reaching the Americas (1492), the Protestant Reformation begins with Luther's theses (1517), Magellan's expedition sets out to circumnavigate the globe (1519).

First, fix one image per event. Gutenberg: a heavy wooden printing press stamping out pages. Constantinople falling: a great walled city collapsing into rubble. Columbus: three small wooden ships crossing an ocean. Luther: a parchment with bold theses being nailed to a church door. Magellan: a globe with a ship sailing all the way around it.

Now chain them. A massive printing press is slamming down pages, and each page it spits out is so heavy that the pile topples the walls of a great city, which crumbles into rubble (Constantinople falls). Out of the rubble of the city, three little wooden ships float free and sail westward across an ocean (Columbus). When the ships land, the sailors find a parchment waiting on the beach, and a furious monk nails it to a ship's mast with loud hammer blows (Luther's theses). The hammering is so hard that it spins the whole mast into a giant globe, and a single ship begins sailing all the way around it (Magellan).

To recall, replay: press stamps pages, pages topple the city walls, ships sail from the rubble, parchment nailed up, the mast spins into a circled globe. Five events, in correct order.

For the dates, layer in a number technique rather than the story alone. Using the Major System (see that chapter), 1440 can be encoded and attached to the press image, 1453 to the falling city, and so on, so the chain carries both the order of events and their years. This shows the real power of the methods working together: the story locks the sequence, and a number system locks the figures.

Common mistakes

  • Making images too tame. A neat scene of two objects sitting next to each other gives memory nothing to grab. The fix: add violent or impossible action, make things huge, set them moving. Bizarreness is the feature, not a flaw.
  • Linking each item to a central theme instead of to the next item. Beginners sometimes tie everything to one setting, creating a static pile rather than a chain. The fix: always link item N only to item N+1, so each scene hands off to the next.
  • Rushing past the encoding. Building a link in half a second and moving on feels efficient but leaves nothing behind. The fix: pause one or two seconds on each scene and actually see it before continuing.
  • Using vague or abstract images. "Justice" or "economy" cannot be pictured directly, so the link never forms. The fix: convert abstractions into concrete stand-ins, a set of scales for justice, a fat wallet for economy.
  • Building the chain in the wrong order. If you reorder items while inventing the story, you will recall them in that wrong order. The fix: take the list strictly top to bottom.
  • Relying on it for very long lists with no backup. One broken link can break the whole chain, and a forty-item story is fragile. The fix: for long material, switch to the method of loci, which lets you recover any item independently because each sits in its own fixed location.
  • Skipping the immediate review. The forgetting curve, documented by Hermann Ebbinghaus in 1885, is steepest right after learning. The fix: replay the full story once or twice within the first minutes, and again later, to slow that decay.

Practice exercise

Do this drill now; it takes about ten minutes and gives a clear pass or fail.

  1. Write down this list of ten items in order, then cover it: candle, spider, trumpet, glove, river, key, pancake, ladder, parrot, anchor.
  1. Build a story chain through all ten. Link each item only to the next, with one vivid action per link, exaggerated and absurd. For example, a candle melts onto a giant spider, the spider blows a trumpet so hard it inflates a glove, the glove fills with water and becomes a river, and so on. Spend a couple of seconds seeing each scene.
  1. Close your eyes and replay the story from the candle, naming each item aloud in order.
  1. Wait twenty minutes, doing something unrelated, then write the list from memory without looking.

Success criterion: you reproduce at least nine of the ten items in the correct order after the twenty-minute gap. If you miss more than one, the failed links were almost certainly too tame or too rushed; rebuild those specific links with stronger action and more exaggeration, then retest the next day. As a stretch goal, recall the list backward, from anchor to candle, which a well-built chain allows.

Related techniques

The story method is the gentlest entry into the family of techniques taught in this book. It shares its engine, vivid interactive imagery, with the method-of-loci-memory-palace chapter, but where loci pins each item to a fixed location you can revisit independently, the story method links items in a single forward chain, which is faster to build but more fragile for long lists. It pairs naturally with chunking, since you can break a long list into chunks and run a separate short story through each. To remember dates and figures inside a story, combine it with the major-system and remembering-numbers, which convert digits into images your chain can carry. The vividness principles here echo those in story-method's cousins, the peg-system and acronyms-and-acrostics. And whatever you encode with a story still obeys the forgetting curve, so lock it in using spaced-repetition and active-recall. For broader context on why interactive imagery works, see how-memory-works and the introduction; for applying all this to real goals, see studying-for-exams, remembering-names-and-faces, and remembering-vocabulary, and avoid the pitfalls collected in common-mistakes and practice-exercises.

In short

  • The story method turns an ordered list into a single narrative chain, so recalling one item pulls the next into view through the action that connects them.
  • It works because the mind remembers events, characters, and motion far better than bare lists; the story supplies built-in forward momentum.
  • Build it by converting each item into a concrete image, then linking item N only to item N+1 with one vivid, exaggerated, often absurd action.
  • It is fast and needs no preparation, making it ideal for errands, procedures, speech points, and short sequences of facts up to roughly twenty items.
  • Its weaknesses are long lists, where one broken link can stall the chain, and raw numbers, which are better handled by the Major System; combine methods for dates.
  • These techniques help you organize, encode, and recall information more effectively; they do not raise IQ or intelligence. Lock in any chain with immediate and spaced review.

Sources and historical notes

The story or link method belongs to the imagery-based memory tradition whose origin is usually traced to the Greek poet Simonides of Ceos, credited in antiquity with discovering that vivid mental placement aids recall; the fuller history of these arts is documented in Frances Yates's scholarly study The Art of Memory (1966). The principle that distinctive, interactive imagery improves memory was tested experimentally by Gordon Bower and colleagues in the 1960s and 1970s, whose work on mnemonic imagery and narrative organization showed that linking words into stories sharply improves ordered recall over rote rehearsal.

The supporting claims in this chapter rest on well-established findings: Hermann Ebbinghaus's 1885 work on the forgetting curve, which describes how rapidly newly learned material decays without review; George Miller's 1956 paper "The Magical Number Seven, Plus or Minus Two" on the limits of short-term memory, which helps explain why unaided lists overwhelm us; Henry Roediger and Jeffrey Karpicke's 2006 research on the testing effect, showing that retrieval practice strengthens memory more than rereading; and Nicholas Cepeda and colleagues' 2006 meta-analysis on distributed practice, confirming the benefit of spacing review over time. K. Anders Ericsson's studies of skilled memory, including the trained subject known as S.F., demonstrate that ordinary people can achieve extraordinary recall through structured encoding strategies rather than innate ability.