Instant Spicy Noodles, Answers, & Intelligence?

As AI cooks the answer, who are we, if not even the chefs?

Athena, the Greek goddess of wisdom, is often portrayed with an owl on her shoulder, a timeless symbol of insight, knowledge, and sound judgment.

Today, every one of us carries our own modern owl.

We call it AI.

Artificial intelligence, or AI, refers to systems or software capable of performing tasks that were once thought to be uniquely human. As AI becomes increasingly woven into our daily lives, the heart of the discussion is not the technology itself, but the minds that develop alongside it. Minds like yours and mine.

Psychologist Jean Piaget argued that we do not simply absorb knowledge: we actively construct it through exploration, experimentation, and problem-solving. According to his theory, cognitive development occurs through the processes of assimilation and accommodation.

In other words, struggling with a problem is not an obstacle to learning. It is the mechanism through which learning and cognitive development happens.

Today's students are growing up in a world where AI can write essays, generate code, solve equations, and answer almost any question in seconds, even those thought to have never been solved like the millennium math question. Never before has information been so accessible.

Yet psychology reminds us that there is a crucial difference between producing an answer through rote learning and actually constructing understanding.

If AI removes cognitive struggle from learning, students may gain information without developing the reasoning, critical-thinking, and problem-solving abilities that Piaget believed were crucial for intellectual growth.

However, psychology also shows us that this technology is not inherently harmful.

Lev Vygotsky's concept of the Zone of Proximal Development suggests that learners progress when guided by a knowledgeable partner who provides support just beyond their current ability. Used responsibly, AI can become that scaffold, one that gradually builds competence rather than replacing effort.

Hence, the difference lies in whether AI gives us the answer or helps us discover it.

Recent psychological research sheds light on a similar concern through what researchers call cognitive offloading, which is our tendency to rely on external tools to perform mental tasks that we could otherwise carry out ourselves.

The research examined the cognitive effects of AI and found that greater dependence on AI can be associated with reduced cognitive engagement and more passive thinking. While AI can increase efficiency, we see that over-reliance may weaken mental processes such as memory, attention, and reasoning, the very processes that cognitive development depends upon.

A calculator hadn’t weakened us. Relying on it without understanding can.

AI is no different.

The technology itself is not the problem. The question is whether it supplements human cognition or substitutes for it.

So, is AI the owl on our shoulders?

Yes, but only if we remember that the owl advised Athena.

It never ruled her.

Likewise, I encourage all of us to use AI to challenge our thinking, stimulate our curiosity, and extend our learning but not to replace the cognitive effort through which intelligence matures into wisdom.

Let us be the generation that was not defined by AI, but by what we built using it.

P.S. This one began as a competition speech, so it came out a little more polished and plated than my usual train of thought. I’ll be back to serving the messier stuff soon, my own questions, half-baked theories, and whatever I observe next.