The new school year always brings two big challenges. 

We want students to think more deeply, and we want them to stay with difficult learning long enough for that thinking to happen. 

This week's Tech Tool find turns a five-minute drawing game into one of the simplest introductions to AI literacy we've seen, while this week's Brainy Bit research find suggests that helping learners slow down (even briefly) may make persistence easier than we realized.

You're about to become an even better teacher in the next 5 minutes.

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BRAINY BIT

Have you ever noticed that the hardest part of learning isn't always the work; it's waiting long enough to see the payoff? 

TLDR: A series of six experiments found that brief mindfulness activities made people more willing to wait for larger future rewards instead of choosing smaller immediate ones. Surprisingly, it wasn't simply because they felt calmer. Mindfulness made people feel like they had more time, making the wait seem less costly. 

Researchers ran six studies involving more than 1,700 participants, including two real-world field studies and four controlled laboratory experiments. Participants completed short mindfulness activities (such as walking meditation, mindful eating, breathing exercises, or mindfulness-themed videos) before making choices between smaller rewards available immediately or larger rewards available later. 

The researchers then measured not only which reward people chose, but also how they experienced time itself. They wanted to know whether mindfulness changed people's willingness to wait because waiting actually felt different. 

The pattern was remarkably consistent. After a mindfulness walk, 69% of participants chose the larger delayed reward compared with 36% in the control group.

In another real-world study, 78% chose the delayed option compared with 51% of controls. Similar results appeared across the remaining experiments.

The key finding? Mindfulness made participants feel more "time-rich." Waiting seemed less expensive psychologically, even after researchers accounted for stress and other possible explanations.

Helping students pause for even a minute or two before challenging work may make sticking with difficult learning feel just a little easier. 

Here’s how these results can impact your approach this week:

We spend a lot of time teaching students what to learn. This research reminds us that sometimes helping them slow down may be one of the best ways to help them stay the course. 

Help us settle a staff-room debate: what's the bigger priority for today's students?

TECH TOOL

Can a computer guess your drawing?

August means classrooms are almost back - and many homes still sound like, "I'm boooored."

This week’s Tech Tool find looks like a simple doodling game. In reality, it might be one of the easiest (and funniest) ways to introduce digital and AI literacy before students ever touch a chatbot to cheat on their first assignment.

Here's how it works: you have 20 seconds to sketch six everyday objects while Google's AI races to guess what you're drawing. No account. No download. Completely free.

At first it's just chaos. "How did it know that my stick figure was a bicycle?" "Why did it think my cat was a potato?"

But that's where the real lesson begins.

Quick, Draw! compares your doodles against millions of anonymous drawings that people have submitted over the years, creating one of the world's largest doodling datasets. The AI isn't actually seeing your picture the way we do—it's looking for patterns it has learned from all those previous examples.

That's an incredible doorway into AI and digital literacy. Before students ever ask ChatGPT to write an essay, they can discover that AI learns from data, improves through repetition, sometimes gets things hilariously wrong, and is only as good as the examples it has seen. 

One five-minute game suddenly becomes a discussion about machine learning, datasets, bias, and even why companies collect data in the first place.

Absolutely. It's perfect for the first week of school, indoor recess, fast finishers, or a team-building challenge.

One small note: Google says drawings may be added anonymously to its public dataset. That's part of what makes the lesson so interesting—but it's also a great opportunity to discuss digital footprints and why it's important to understand what happens after we click "submit” even when you’re not logged in.

Quick, Draw! isn't really about drawing.

It's one of the simplest ways we've found to help students start asking better questions about the technology they'll be using all year.

WHAT DO YOU THINK?

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