Superpower #1: Curiosity

In the Age of Infinite Answers, the Value Lies in the Questions

For a long time, knowledge was power.

Those who had access to books, the best universities, experts, or the right information held a significant advantage.

Then came the internet, making an enormous amount of knowledge accessible.

Now we are entering a new stage.

With Artificial Intelligence, we do not merely have access to information. We have systems capable of researching, explaining, comparing, summarizing, programming, analyzing data, generating hypotheses, and helping us solve problems in seconds.

Answers are becoming abundant.

And that changes something fundamental:

when answers become abundant, knowing how to ask questions becomes even more valuable.

It is in this context that one of the great superpowers of the next generations emerges:

curiosity.

Curiosity Is Not Simply Wanting to Know

When a child takes apart a toy to discover what is inside, asks “why?” for the tenth time, or tries to do something in a completely different way, there is something extremely powerful happening.

They are exploring.

Curiosity is the impulse that makes us look at something seemingly familiar and ask:

Why?

How does this work?

Why do we do it this way?

Is there another way?

What would happen if...?

What if we are wrong?

Curious people do not simply accept the world as it is presented to them.

They investigate.

AI Changes the Economics of Answers

Imagine two people using exactly the same Artificial Intelligence.

Both have access to the same model.

The same computing power.

The same body of knowledge.

One asks:

“Explain Artificial Intelligence.”

The other starts by asking:

“Which human activities become more valuable when intelligence and knowledge become available as a service?”

Then continues:

“Which of these activities are difficult to automate?”

Then:

“What does this mean for the education of a child who will enter the workforce in 2040?”

And then:

“What should we change today in the way we educate that child?”

It is the same technology.

But the results can be completely different.

The difference is not necessarily in the AI.

It is in the curiosity of the person on the other side.

Curiosity Is the Engine Behind the Other Superpowers

I am increasingly convinced that several capabilities will be fundamental for the next generations:

continuous learning, critical thinking, asking good questions, understanding complex systems, creating, working with AI, making decisions, communicating, collaborating, and adapting.

But there is something that comes before almost all of them.

Curiosity.

Because before we learn something, we need to want to understand it.

Before we formulate a good question, we need to realize that there is something worth asking.

Before we innovate, we need to imagine that there may be another way.

Before we challenge an Artificial Intelligence response, we need enough curiosity to ask:

“Is this actually correct?”

We can think of it almost as a sequence:

Curiosity → Ask → Learn → Think → Create → Experiment → Judge → Act

Curiosity starts the movement.

The Paradox of Education

There is an important issue here worth reflecting on.

Children are naturally curious.

They ask about everything.

They want to touch, experiment, take things apart, mix things, test things.

But throughout education, we often begin rewarding another skill above all others:

giving the correct answer.

The teacher asks.

The student answers.

The test asks.

The student answers.

The entrance exam asks.

The student answers.

For years, we train people to answer questions formulated by others.

But perhaps Artificial Intelligence is making that ability relatively less scarce.

A machine can already answer thousands of questions in seconds.

Perhaps we need a better balance in education.

We will still need to teach mathematics, science, history, language, and technical knowledge.

But we will also need to teach children and young people how to investigate.

Not only:

“What is the answer?”

But:

“What question have we not asked yet?”

Curiosity Also Requires Intellectual Courage

There is another, less obvious aspect.

Being curious means admitting:

“I don’t know.”

And that is not always comfortable.

Especially in professional environments.

The more experienced someone becomes, the greater the pressure may be to appear as though they know the answers.

Executives should know.

Teachers should know.

Experts should know.

Parents should know.

But perhaps one of the most important characteristics of extraordinary professionals is precisely their ability to keep asking questions even after decades of experience.

Simple questions.

Difficult questions.

Sometimes apparently naive questions.

“Why do we do it this way?”

That can be an extremely powerful question.

Curiosity Has Now Gained an Amplifier

There is, however, an extraordinary difference between being curious today and being curious a few decades ago.

In the past, a question might simply end because we did not know where to find the answer.

Today, we can keep going.

One question generates an answer.

The answer generates five new questions.

Those questions can generate research.

The research can generate a hypothesis.

The hypothesis can generate an experiment.

And one person alone can move through this cycle at a speed that would have been difficult to imagine only a few years ago.

Artificial Intelligence therefore works as an amplifier of human curiosity.

But there is one condition:

we have to keep asking.

Perhaps This Is the Real Differentiator

We talk a lot about teaching children how to use Artificial Intelligence.

I agree.

They will need to understand models, agents, automation, data, and technology.

But perhaps there is an even more fundamental capability.

We need to preserve something they already naturally possess:

the desire to discover.

Perhaps our responsibility is not only to teach our children how to find answers.

Perhaps it is mainly to prevent them from stopping asking questions.

Because in a world where virtually everyone will have access to extremely powerful artificial intelligence, the advantage will not simply come from having the tool.

It will come from what each person decides to explore with it.

And that is why, among the superpowers I would like future generations to develop, I would start with this one:

Curiosity

Because machines can help us find answers.

But we still need to decide which questions are worth asking.