A film director with a cast of a hundred and a million possible scenes. Six digits become one picture.

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Imagine you are the assistant director on a film set, and the director has a strange rule. Every scene must contain exactly three things: a person, something that person does, and something they do it with. A woman paints a wall with a feather. A knight kisses a goat with a trumpet. A soldier cooks a pie in a bathtub.
The director shouts a number at the start of each scene, and your job is to remember all the scenes in order. The first number is 341526. Without thinking, the cast takes its places.
The reason the film works is that a scene has just three ingredients, but there are so many possible combinations. If there are a hundred people on the cast list, a hundred actions and a hundred objects, then the director can make a million different scenes, and no two are alike.
In this story every scene corresponds to six digits. The first two digits choose the person, the next two choose the action, and the last two choose the object. 34 is Charles Darwin. 15 is a certain action, 26 is a certain object. And so the scene for 341526 is Darwin, doing the action that belongs to 15, with the object that belongs to 26.
That is the idea of the PAO system: Person, Action, Object. It grew out of the Dominic System of the last lesson, which used person and action only, and it is used by many memory champions in competitions. One scene holds six digits, so a twelve-digit number needs just two pictures.
You will need to build the cast list yourself: a hundred people, each with one action and one object. It takes some work. But once it is built, you have a piece of equipment you can use all your life.
Say what you think each one means, then open it.
PAO is a standard technique in memory sport. Our own explanation.
Every two-digit pair, 00 to 99, has three entries: a person, an action and an object. You learn them once. Then any six digits become one scene.
Use these to begin, then replace them with people and things that are vivid for you.
| Pair | Person | Action | Object |
|---|---|---|---|
| 10 | Al Oerter | throwing | discus |
| 13 | Al Capone | counting money | briefcase |
| 15 | Albert Einstein | writing on a blackboard | chalk |
| 16 | Arnold Schwarzenegger | lifting | barbell |
| 17 | Al Gore | giving a lecture | globe |
| 18 | Alfred Hitchcock | filming | bird |
| 23 | Bill Clinton | playing | saxophone |
| 24 | Bob Dylan | writing songs | harmonica |
| 26 | Bruce Springsteen | singing | guitar |
| 27 | Bill Gates | typing | computer |
| 34 | Charles Darwin | sailing | finch |
| 66 | Steven Spielberg | directing | clapperboard |
Decoding works the other way. You see Darwin writing on a blackboard with a guitar: Darwin is 34, the action is Einstein's (15), the object is Springsteen's (26). So 341526.
Odd lengths. If the number does not divide by six, finish with a smaller scene: two digits = a person, four digits = person + action.
Have a go before you open any answer. A rough attempt teaches you more than a perfect model you only read.
Say the answer first, then tap the card.
These are the objects of the pairs 10, 13, 15, 16, 17, 18, 23, 24, 26 and 27 in the model list. Learn them in order and say the pair as you place each one in your palace.
One object at each place of your palace, doing something to the place.
The list has gone. Type what you remember, one item per line.
These reach back to earlier rooms. Answer in your head or out loud, then check.
Which ten people would you start your PAO list with, and what would each of them be doing?