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Vince Hill · Aug 22, 2026

The Screens We Handed Them

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Vince Hill 🇨🇦 · Vince Hill

Six years ago I would have argued that a tablet in a five-year-old’s hands was progress. Now I watch students walk into class and reach for a device before they reach for a pencil, and something in me resists calling that progress anymore.

I’m not alone. Across Europe, the pendulum has swung hard the other way.

The Netherlands banned phones, tablets, and smartwatches in secondary schools starting January 2024, extending the ban to primary schools that same year. After the first full year, close to three-quarters of secondary students reported it was easier to concentrate, and more than half said the social climate in their school had improved. Finland passed a national law restricting phone use in both primary and secondary schools. France banned phones on school premises entirely back in 2018, not just in class but at lunch and between periods. Italy banned phones in kindergartens and middle schools starting in 2024, and the education minister went so far as to push schools back toward paper homework diaries instead of digital ones.

Sweden is the case that stopped me cold. It had been one of the most digitally forward school systems in Europe, and it’s now reversing course. The trigger was reading scores: in the 2022 PISA results, close to a quarter of Swedish ninth graders failed to reach a basic level of reading comprehension. The government’s own language has been blunt about it: they believe books and traditional learning tools serve children better than screens do.

By 2026, more than twenty European countries have some form of formal restriction on mobile devices in schools. UNESCO has recommended, at the global level, that smartphones be allowed in classrooms only when they demonstrably support a specific learning outcome, not by default.

The research behind this isn’t uniform, and I want to be honest about that. A 2024 OECD analysis of PISA data found that students who used digital devices more than an hour a day for leisure during class time showed a real decline in math scores. But the same analysis found that students using devices one to five hours a day for structured, learning-directed purposes actually did better than students who used no devices at all. The European School Education Platform’s own review calls the evidence on outright bans “mixed,” and notes that banning phones at school doesn’t touch the screen time happening at home, though it does seem to improve the classroom environment while students are there. The pattern that keeps surfacing isn’t “screens bad.” It’s “unstructured screens bad, structured screens fine, and most classrooms have been running the unstructured version.”

Alberta implemented its own province-wide ministerial order in September 2024, restricting personal mobile devices, including phones, tablets, laptops, and smartwatches, during instructional time in all K-12 schools. School authorities had until January 2025 to finalize their own storage and enforcement procedures.

The Alberta Teachers’ Association surveyed its members after the first year. Before the ban, 72 percent of teachers had already judged smartphones extremely or very detrimental to learning. After it, 74 percent said classroom disruptions had genuinely shrunk, two in five reported more face-to-face conversation among students during breaks, and two-thirds reported a real improvement in student mental health and well-being.

I don’t need a survey to tell me that. I’ve watched it happen in my own hallways.

The claim that AI reliance is eroding critical thinking is real and well-documented. But the research behind it isn’t Pink’s, and Pink himself is arguing from the other side of it. It comes from Michael Gerlich at SBS Swiss Business School, whose 2025 study found a negative correlation between frequent AI tool use and critical thinking scores, mediated mainly by cognitive offloading, letting the tool do the thinking so you don’t have to. A small, non-peer-reviewed MIT Media Lab study reached a similar conclusion about “cognitive atrophy” in heavy AI users. A January 2026 Wharton paper by Steven Shaw and Gideon Nave coined the term “cognitive surrender” for workers adopting AI output with almost no scrutiny of their own. That’s the decline case, and it’s a serious one.

Pink is arguing the other side of it, and it’s worth taking seriously rather than dismissing as a feel-good rebuttal. In a piece he published in March 2026, he lists six human abilities he thinks become more valuable, not less, as AI improves: asking better questions, developing taste, iterating relentlessly, synthesizing scattered pieces into something coherent, knowing where to deploy human versus machine effort, and acting with integrity. His implicit argument is that the tool doesn’t erode thinking on its own; it exposes which humans were relying on rote execution rather than judgment in the first place, and it raises the price of judgment, taste, and framing. Skills atrophy when we let them, not automatically because a tool exists that could replace them.

Put the two side by side and the disagreement isn’t really about the data. Gerlich, MIT, and Wharton are measuring what happens to people who use AI passively. Pink is describing what becomes valuable in the people who don’t. Both can be true at once, and probably are: passive use erodes, active use reorients. The open question for a classroom is which habit we’re actually teaching. If you’ve heard Pink cited as evidence that “AI is making us dumber,” that’s a misattribution of the research, but it’s also worth hearing what he’s actually claiming instead. It’s a genuine counterargument, not a softer version of the same worry.

Set the AI question aside for a moment and go back to devices generally, because that’s where your instinct and mine seem to be pointing. The challenges showing up in classrooms right now cluster into a few honest categories:

Attention that doesn’t recover quickly. Research on classroom distraction has found it can take a student up to twenty minutes to refocus after even a brief non-academic interruption on a device. That’s not a minor tax on a fifty-minute block.

Handwriting and fine motor skill loss in younger grades. fMRI research on preliterate five-year-olds found that a documented “reading circuit” in the brain activated after handwriting practice, but not after typing or tracing the same letters. Handwriting isn’t nostalgia. It’s doing cognitive work that typing doesn’t replicate, especially before a child can read.

Cognitive offloading, the AI-specific version of an old problem. Kids have always been able to skip the hard thinking if given an easy shortcut. AI just makes the shortcut frictionless and always available.

Social and mental health costs that show up off-task. Cyberbullying, comparison, and the general noise of constant connectivity don’t stay contained to lunch hour.

The clearest signal from the developmental research is age-graded, and it lines up with what most of us already suspect. The American Academy of Pediatrics discourages screen technology for children under two entirely. From two to five, technology can help if it’s active and adult-guided rather than passive. But the specific skill that seems to require an unplugged foundation is early literacy. Researcher Virginia Berninger’s guidance, echoed across the handwriting literature, is print first, cursive in the middle years once the fine motor and letter-recognition foundation is solid, and touch typing introduced later still, in the upper grades. Kindergarten is not the place to skip that sequence for the sake of engagement.

Past that early window, the research stops being about age and starts being about intent. The OECD’s own device-hour data supports this directly: it’s not how many hours a device is in a student’s hands, it’s whether those hours are structured toward a learning outcome or left open for whatever the student wants to do with it.

We’ve already done the hard part with the province-wide cellphone restriction. What’s left is more subtle and more useful:

Extend the “intentional use” principle we already apply to phones to tablets and school-issued devices, especially in the early grades, rather than assuming a 1:1 device program is automatically good practice just because it’s common.

Protect handwriting instruction explicitly in K-3, not as a relic, but because the brain research says it’s doing something typing can’t yet replace at that age.

Build AI literacy the same way we built digital citizenship a decade ago; teach students when to lean on the tool and when the offloading is costing them something real, rather than banning AI use outright and losing the chance to teach that judgment at all.

Keep collecting our own data the way the ATA did after the phone ban. We don’t need to import every conclusion from Stockholm or Amsterdam. We need our own numbers, from our own classrooms, the way we’re already starting to gather them.

I don’t think that’s a single answerable question, and I’m suspicious of anyone who answers it in one sentence. Structured, teacher-directed, outcome-specific device use has real advantages, the OECD data backs that plainly. Unstructured, leisure-driven, or too-early device use has real costs, and the European experience over the past two years backs that just as plainly.

The honest answer is that we already know the dividing line. It isn’t the device. It’s whether an adult decided, on purpose, what that device was for in that hour. Most of the damage I’ve watched happen in eighteen years of this work came from the hours nobody decided anything about.

Vince Hill is a teacher and principal in rural Alberta. He writes weekly on life, politics, and education.

Read the original on vincehill.substack.com ↗

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