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You may be using AI every day. Do you know what goes on inside?

One question at a time · about 10 minutes · no sign-up

By OYEE: in-person AI workshops across Québec. See the workshops

No lecture here.

Each idea unfolds in five steps. And you choose the next one.

  1. A question
  2. A direct answer
  3. Something to try
  4. Your map, the circle at the top of the screen
  5. Your choice

Guessing what comes next

How does an AI like ChatGPT figure out what to say?

It guesses the next word. Then the next one. Then the next one.

That’s why, on screen, its answers appear word by word. It doesn’t look up a ready-made answer in a database: it builds one as it goes.

Your turn: pick each word, the way the machine does.

Illustrative example: after “It’s raining this morning, so I’ll take my”, the machine might rate “umbrella” at 62%, “coat” at 17% and “car” at 11%. It picks one, adds it, and starts again.

A whole answer, first word to last, is one long chain of bets.

Each word is chosen because it’s likely, not because it’s true.

“Guessing what comes next” is now on your map

What are you curious about now?

Training

How does it know which word is likely?

It read a vast amount of text and practised guessing the next word. Trillions of times.

Those texts come mostly from the public web, books and articles.

Choose how much it has read, and watch its bets change.

Illustrative example, completing “It’s raining. Don’t forget your…”: after reading a single sentence, its bets are nearly random. After a whole library, “umbrella” stands out. After a large share of the public web, it gives “umbrella” better than a 70% chance.

It didn’t learn facts one by one. It learned the habits of language.

Then people fine-tuned it to answer like a polite, helpful assistant.

“Training” is now on your map

What are you curious about now?

The pieces

Does it read words the way we do?

No. It cuts text into pieces, and each piece becomes a number.

Specialists call these pieces tokens. It guesses what comes next one token at a time.

Pick a word, or type your own, and watch it get cut up.

In GPT-4’s actual split, “umbrella” becomes “umb” + “rella”: two numbers. The cuts don’t follow meaning, and every AI splits text its own way.

The machine never sees letters. Only numbered pieces.

In French, the same meaning often takes more pieces than in English.

“The pieces” is now on your map

What are you curious about now?

The map of meaning

How can numbers carry meaning?

Each piece becomes a point on a vast map. Words with related meanings end up side by side.

The real map has thousands of directions. We flatten it here so you can see it.

Pick a word to see its neighbours. Then add a new one.

On this map, “rain” sits near “snow” and “umbrella”, far from “pie”. “Mouse” lands between animals and computers.

For the machine, meaning is neighbourhood.

Who drew this map? The texts it read.

“The map of meaning” is now on your map

What are you curious about now?

Context

How does it know which “mouse” you mean?

Each word looks back at the words before it and uses them to pin down its meaning.

Specialists call this mechanism attention.

Switch sentences and watch “mouse” change meaning.

In “The cat is watching the mouse”, “mouse” leans mostly on “cat”: an animal. In “I click with the mouse”, it leans on “click”: a computer device.

Context decides meaning. The words you choose matter.

Before each new word, the machine rereads everything before it, including your request.

“Context” is now on your map

What are you curious about now?

Measured chance

Why does the same question get different answers?

Because it picks at random from among the likely words. A setting controls how much surprise.

That setting is called temperature.

Set the level of surprise, then roll a few times.

At low temperature, it almost always takes the most likely word: answers repeat. At high temperature, less likely words get a chance: answers vary, sometimes too much.

A different answer isn’t truer. It’s just another draw.

If two answers contradict each other, that’s a signal: check.

“Measured chance” is now on your map

What are you curious about now?

Plausible, not true

If it’s guessing, can it be wrong?

Yes. It aims for what sounds right, not what is true. And it often says true and false things with the same confidence.

These inventions are called hallucinations.

Check the summary: pick every detail that isn’t in the note.

The note: “AI workshop: aiming for a Tuesday. Time to confirm with the principal. Room still to book.” The AI summary: “Confirmed: the AI workshop is on Tuesday at 9 a.m., in room 204, with the whole leadership team.” Four details are nowhere in the note.

Sounding right isn’t the same as being checked.

The more precise and convenient a detail looks, the more it’s worth checking.

“Plausible, not true” is now on your map

What are you curious about now?

Checking

How do I know when I can rely on it?

Ask yourself three questions: What’s at stake? Where does it come from? How do I check?

Checking doesn’t always take long. It depends on the stakes.

For each use, choose how much checking it needs.

A poster title deserves a glance. A letter translated for parents gets compared with the original. An answer about a food allergy gets confirmed with a qualified person.

The higher the stakes, the more checking matters. In the end, it’s your name on it.

AI can propose. The decision stays human.

“Checking” is now on your map

What are you curious about now?

Bias

Is it neutral?

No. It reflects what it read, imbalances included.

A large share of what it read comes from outside Québec, mostly in English.

Change what it read and watch its answer change.

Illustrative example: fed mostly on American text, it talks about ninth grade and AP courses. With enough local text, it talks about Secondary I and your school board or school service centre.

What it’s given to read shapes what it says, and who it speaks for.

The same imbalances show up around gender, culture and jobs. Keep your eyes open.

“Bias” is now on your map

What are you curious about now?

Your data

Where do the words I type go?

They leave your device for a company’s servers, often outside Canada. They’re usually kept there, at least for a while.

Depending on the service and your settings, they may also be used to train the next versions of the AI. On several free services, that’s the default.

Before sending, pick what shouldn’t leave.

Name, school, diagnosis, a student’s grade: all personal information. Replace them with [STUDENT] or [SCHOOL] before sending. The request still works: you put the details back into the reply yourself.

What you don’t send can’t leak.

In Québec, Law 25 requires organizations to assess the risks before sending personal information outside the province.

“Your data” is now on your map

What are you curious about now?

Who builds it

Who builds these machines, and where?

Mostly large companies in the United States and China. But part of the story was written here.

Researchers in Montréal, Toronto and Edmonton laid some of the foundations of modern AI.

And where does your data go? Switch the server’s location, then the company’s home country, and see which rules apply.

If the server is in Canada, our laws apply. If it’s abroad, the host country’s laws apply too. And a foreign company stays subject to its own country’s laws, even with servers here. Asking “where is my data processed, and by whom?” is already a sovereignty question.

Knowing where your data lives, and who controls it, tells you which rules protect it.

In 2017, Canada became the first country with a national AI strategy.

“Who builds it” is now on your map

What are you curious about now?

Asking well

Does the way I ask change the answer?

Yes. All it knows about your situation is what you write.

It can’t see your class, your team or your constraints. Unless you describe them.

Add details one by one and watch the answer adjust.

“Write a message to parents” gives a vague text. Add the audience, the purpose, the tone and the format, and you get a message you can use, with no personal information at all.

A good request isn’t magic. It’s context.

And useful context almost never needs names.

“Asking well” is now on your map

What are you curious about now?

Look at the path you took.

After the first question, nobody set the order for you.

A question that caught your interest. A direct answer. Something to try. One more idea on your map. Then the next step, chosen by you.

This way of learning has a name: the Inquisitive Flow Method.

  1. 1 Ask a question
  2. 2 Receive a direct answer, then something to try
  3. 3 Map your map
  4. 4 Choose your choice
  5. 5 Grow the next question, and in a workshop, your own

People learn better when they follow their own curiosity, try ideas out, and see how they connect.

Now imagine it in person.

With your team, on site. This time, the questions come from your group, and an educator answers them.

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