Is AI Making Kids Worse at Thinking? What Parents Can Actually Do

This article walks through what the evidence suggests, what it doesn't, and what you can do at home.

Why is this question coming up now?

For most of history, a young child's questions went to a person. A parent, a grandparent, a teacher. That person might say "I don't know, what do you think?" or "Let's find out together."

Now a child can ask a speaker on the counter and get a confident answer in seconds. That's new, and it's fair to wonder what it changes. Parents aren't overreacting by asking. They're paying attention.

Is there evidence that AI harms children's thinking?

Not yet in any settled way. Studies that follow young children using AI tools over years simply don't exist yet. So any strong claim, like "AI is shrinking kids' brains," goes beyond what the evidence can show.

What we can do is look at related research and think carefully about how it might apply. That's what the next section does.

What does research on offloading suggest for kids?

Two lines of research are useful here.

Cognitive offloading. A review by Risko and Gilbert describes how people naturally move mental work onto outside aids, like writing a note instead of remembering. It's often a smart move. But it also means the brain skips the work it would otherwise have done.

"Google effects" on memory. In a study by Sparrow, Liu and Wegner, people who expected information to be available later tended to remember where to find it rather than the information itself.

Neither study was about preschoolers or AI. But together they suggest a pattern: when an easy answer is always available, people lean on it. For an adult with a lifetime of knowledge, that's usually fine. For a five-year-old still learning how to reason, the practice they skip is the practice that builds the skill.

There's a second, more hopeful lesson. Young children aren't passive. In Koenig and Harris's research, preschoolers became more cautious about trusting speakers who had been wrong before. Researchers like Sperber and colleagues call this kind of watchfulness "epistemic vigilance." Kids come equipped to judge sources. They just need practice using that ability with new kinds of sources.

What about the screen-time research?

Most AI tools kids meet arrive on a screen, so screen-time research is part of the picture. A study by Madigan and colleagues linked more screen time in early childhood with lower scores on a later developmental screening test. One likely reason is simple: screen minutes can crowd out talking, playing, and reading together.

The American Academy of Pediatrics recommends limiting media for young children, choosing high-quality content, and using it together. Those principles fit AI tools just as well as videos.

Can AI help kids think better?

It can, when it's used well. A tool that asks a child to predict, explain, or check something can support thinking. A tool that hands over every answer the moment it's asked can replace it.

The difference isn't the technology. It's who does the mental work. Here's a quick way to tell:

For kids 3–8, the left column almost always needs a grown-up nearby. That's not a burden. It's the same thing you already do when you read a book together.

What can parents do today?

You don't need to wait for the research to settle. These habits help no matter what the future studies show.

1. Ask for a guess first. "Before we ask, what do you think?" This is Skill 1: Think first, then ask, and it takes three seconds.
2. Make checking a game. "The speaker says whales are fish. Hmm, is that right? How could we find out?" That's Skill 4: Spot what's not true.
3. Narrate your own thinking. "I'm going to try to work this out before I look it up."
4. Let small struggles happen. Research on productive failure suggests wrestling with a problem first can help learning stick.
5. Protect screen-free time. Reading together is a great anchor. A meta-analysis by Bus and colleagues linked joint book reading with stronger early language and reading skills.

For a full step-by-step plan, see how to protect your child's critical thinking from AI. If you're wondering how to explain AI to your child in the first place, try our guide on how to talk to your kids about AI.

Where does a nightly story fit in?

A bedtime story is one of the simplest places to practice all of this, because nothing answers for your child. They have to wonder, guess, and decide.

Branching stories make that explicit. At Storybranch, we make choose-your-own-adventure-style picture books where your child chooses what happens, and a wrong turn loops back so they can think it through again. You can read about the research behind the approach or see how the books work.

So, is AI making kids worse at thinking?

The fair answer is: it depends on how it's used, and we're still learning. What's clear is that thinking is a skill, and skills grow with practice. If your child spends part of every day guessing, checking, choosing, and talking it through with you, they're getting the practice that matters.

Books that branch. Minds that grow. The tools will keep changing. That habit won't go out of date.