Wojtek, a globe, and twenty minutes nobody interrupted
Wojtek is five years old. He is kneeling at a small table in our classroom, a wooden globe and a set of continent cards in front of him. His guide showed him the material fifteen minutes ago and hasn’t come back since — Wojtek turns the globe himself, compares its outlines with the cards, sets one aside, picks up the next. Nobody asks whether he’s doing it right. Nobody suggests a break. Outside the window, cars go by; across the room, another child is working with the pink tower; and Wojtek never looks up from the globe — for twenty minutes, on his own, without a prompt, without a screen.
This picture looks different from a hundred years ago in exactly one place: the contrast. Wojtek’s peer, who goes home in the afternoon, has a tablet within reach running an app that changes its stimulus every few seconds, a feed of videos edited so the eye never has time to grow bored, and a parent’s phone — which the parent themselves reaches for more often than they’d like to admit. Maria Montessori died in 1952 and never wrote a word about screens — but the observation she made a hundred years ago, in Rome’s Casa dei Bambini, answers a question that in 1907 would have occurred to nobody: what happens to a child’s attention when nobody interrupts it, and what happens when it gets interrupted every few seconds.
Does a hundred-year-old method still have something to say in a world of screens and AI?
The Montessori method was born in 1907, when Maria Montessori opened the Casa dei Bambini in Rome’s San Lorenzo district — a facility for the children of factory workers, where she began systematically observing children free from the pressures of the teaching methods of her day. Those observations gave rise to descriptions of three phenomena we now call sensitive periods (sometimes also sensitive windows), the absorbent mind, and polarization of attention — you’ll find a full account of all three, with classroom examples and the neurobiological reasoning behind them, in our complete guide to the Montessori method. This article doesn’t repeat that account — it takes it as a starting point and goes somewhere none of the method’s hundred years of history could have predicted: screens, ADHD diagnoses, and artificial intelligence.
The short answer to the question in the heading is: yes, and more so than even a decade ago. Not because Maria Montessori foresaw the internet — but because the principle she formulated by observing children before the First World War (direct, sensory contact with reality, and uninterrupted time for independent work) turns out to be exactly what a generation raised alongside apps designed to interrupt attention, not build it, is missing most.
What is polarization of attention, and does Montessori help with ADHD?
Polarization of attention is the term Maria Montessori used in 1907 to describe a phenomenon she observed in children given a choice and uninterrupted time: the child enters a state of deep concentration on their own, often lasting sixty to ninety minutes, and emerges from it calm and satisfied, not tired. A century later, psychologists call this same state “flow” (Mihály Csikszentmihalyi) — and consider it the core of a long-term capacity for sustained attention. Montessori described the mechanism before anyone had given it a scientific name.
The second concept Maria Montessori introduced, and worth recalling here, is the absorbent mind, sometimes also called the absorptive mind — a child’s capacity, up to around age six, to take in stimuli from their environment without conscious effort, the way a sponge absorbs water. The absorbent mind explains why what a child focuses their attention on in this developmental window matters more than in any later period of life — and, at the same time, why stimuli designed to fragment attention hit precisely this mechanism the hardest.
ADHD diagnoses in Poland, in Germany, in the US have been rising for two decades — part of that rise is better recognition of a problem that used to go unnoticed, part is probably a genuine increase in difficulty sustaining attention. Researchers point to several mechanisms: exposure to rapidly changing on-screen stimuli, the fragmentation of tasks in school classrooms (a lesson interrupted by a bell every forty-five minutes), a lack of long, uninterrupted windows of activity at home. In our classroom, we protect polarization of attention with a multi-hour work cycle with no breaks — nobody approaches a child mid-task, asks “how’s it going”, or suggests the next activity until the child finishes on their own. That’s no guarantee a child with a genetic predisposition to ADHD won’t develop it — but it’s a foundation that, for many children, eases the course of attention difficulties.
Does that mean Montessori “treats” ADHD? No — and no reputable Montessori facility claims that it does. It means an environment built around choice, uninterrupted time, and limited stimuli gives a child’s brain more opportunities to train concentration as a skill than an environment designed for short, fragmented blocks of attention.
How much screen time is safe for a preschool-age child?
The American Academy of Pediatrics — the most widely cited authority on screens and young children — recommends (a position from 2016, updated in 2024): no screens at all before eighteen to twenty-four months, aside from brief video calls with family; between ages two and five, at most about an hour a day of high-quality programming watched together with an adult; after age five, a reasonable, deliberately set limit. The WHO’s 2019 recommendation is even more cautious for the youngest age groups. This medical guidance lines up with an intuition Maria Montessori formulated decades earlier, from an entirely different direction: up to age six, a child needs direct, sensory, hands-on contact with reality, not with its representation on a screen.
A three-year-old learns what weight is by touching genuinely heavy and light objects, not by watching a video about weight. A five-year-old gets to know animals by touching models, watching a live animal, or reading a well-illustrated book — not by scrolling through animal videos. In our classroom there are no screens — no tablets, no “educational videos”. A child interested in dinosaurs gets an encyclopedia and figurines, not a visualization; a child interested in Egypt gets picture cards, a book, and a trip to a museum, not an app. This isn’t an anti-technology choice in any ideological sense — it follows from the same thing the AAP and the WHO say: the first six years of life are a window in which a child builds sensory, motor, and language foundations, and those foundations are built only through contact with reality.
Parents sometimes ask whether the “no screens before age six” rule applies only to the classroom, or to home as well. The honest answer, not the idealistic one: a child learns to model behaviour mainly by watching the adults around them, so a parent who constantly reaches for their phone in front of their child is teaching them something other than what they say out loud. It isn’t about eliminating screens from the home perfectly — that’s unrealistic for most families in 2026 — but about consciously separating shared time (a meal, play, conversation) from screen time, and making sure a screen isn’t the first answer to a child’s boredom or tiredness. A child who learns from an early age to handle boredom on their own — reaching for a book, blocks, or their own imagination — builds exactly the same capacity for focus that polarization of attention trains in the classroom.
Screen-time recommendations versus Montessori practice
The AAP and WHO’s screen recommendations and Montessori classroom practice start from two different orders — medical and pedagogical — and still arrive at the same place. The table below lines them up age by age.
| Child’s age | AAP / WHO recommendation | Practice in a Montessori classroom |
|---|---|---|
| 0–18/24 months | No screens beyond brief video calls with family | Zero screens |
| 2–5 years | At most about an hour a day, high-quality programming with an adult | Zero screens in the classroom; encyclopedias, sensorial materials, outings instead of videos |
| After age 5 | A reasonable, deliberately set limit — WHO more cautious than the AAP | A screen as a research tool (only from the elementary years), not entertainment |
Does artificial intelligence have a place in Montessori education after age six?
After age six, Maria Montessori’s stance toward digital tools shifts — from exclusion toward a research tool. In her later writings, especially in “From Childhood to Adolescence” (1948), she describes the six-to-twelve-year-old as a “wanderer” — curious about the world, about abstraction, about big questions. At this age, the internet, digital books, and today also AI-based tools become research aids, provided they’re used as a tool, not a source of entertainment. In elementary Montessori classrooms (ages 6–12) around the world, computers and tablets are introduced for specific projects: a child researching the history of domestic cats looks up sources, a child writing a story uses a word processor, a child calculating a satellite’s trajectory reaches for a calculator.
Artificial intelligence changes the question, but not the principle. Repetitive, formulaic tasks will keep being automated at an increasing rate — which means the skills automation doesn’t touch (independent learning, creativity, critical thinking, the ability to concentrate for a long time on a non-obvious problem) become relatively more valuable, not less. Montessori doesn’t promise these skills to every child — but it builds conditions in which developing them is far more likely than in a pedagogy built around handing out ready-made answers.
It’s worth mentioning a well-known, if often overused, observation here: Larry Page and Sergey Brin (Google’s founders), Jeff Bezos (Amazon), and Jimmy Wales (Wikipedia) all attended Montessori preschools. Page and Brin have repeatedly stressed, in interviews, how that experience shaped the way they think about learning and risk-taking. That’s not proof every Montessori child will found a tech company — it’s a signal that an environment teaching independent choice, deep concentration, and initiative correlates with traits that are gaining value, not losing it, in an age of automation and AI.
It’s also worth telling apart two different questions that often blur together in discussions of AI: whether a child should know how to use AI tools, and whether a child should spend time with AI tools instead of with people and physical materials. The first question is about a tool skill that’s easy to catch up on at any age — using an app or a language model doesn’t take years of training, it takes a few hours of practice once a child already reads and understands context. The second question is about something much harder to catch up on later: the capacity for deep, uninterrupted concentration, which is built precisely in those first years, before AI tools ever enter the classroom.
Montessori’s critics — an honest look
Every pedagogical method has its critics, and Montessori is no exception. Three objections come up most often, and they deserve an honest answer, not a defence at any cost.
The first objection concerns the shortage of randomized controlled trials — most research on Montessori is observational or quasi-experimental, because parents actively choose this method, so groups aren’t randomly assigned. This is a real limitation, honestly acknowledged by the method’s own researchers, and it means the evidence base leans on comparisons between families who already chose Montessori and families who chose something else, rather than on a coin flip deciding who gets which classroom.
The second objection concerns flexibility toward developmental differences. Some children on the autism spectrum, with significant ADHD, or with developmental delays may struggle more in a group that expects a fair amount of independence in choosing and regulating their own behaviour. This is a fair point — Montessori isn’t a universal solution, and there are children for whom other approaches work better. Some Montessori facilities offer individual integration support, some don’t — and in that case it’s worth looking further, rather than assuming every facility with that name on the sign can handle every need.
The third objection is the claim that Montessori children struggle later in traditional school. That’s a myth worth debunking — most Montessori graduates move into public school without major problems, though adjusting to the new structure (fixed lessons, homework, grades) usually takes a few weeks. The honest summary: Montessori is one of the most extensively studied pedagogies in the world, has strong empirical foundations, and works well for most children — but it isn’t the only right choice, and every parent should make that decision deliberately, looking at their own specific child, not at the ideology of the method.
What’s left after a hundred years
Maria Montessori would have been surprised by a smartphone in every parent’s pocket, but she probably wouldn’t have been surprised that her method keeps gaining ground. In 1949 she wrote: “We shall help the child if we understand his needs. And a child’s needs do not change as fast as the tools we use.” A century later, that sentence has held up better than most pedagogical trends of that era or this one. A child in 2026 still needs movement, uninterrupted concentration, independence, sensory contact with reality, and an adult who observes rather than judges.
Wojtek, the same boy who a moment earlier was still turning the globe, eventually put the material back on the shelf, went for some water, and chose the next piece of work — nobody rushed him, nobody interrupted him halfway through. Twenty minutes of a five-year-old’s uninterrupted attention isn’t an anachronism from 1907. It’s exactly the thing that’s hardest to come by today.
MOC Montessori runs a nursery and a preschool under one roof — the same Montessori method and full educational continuity, with one mixed-age group.
If you’re wondering what this looks like in practice for your own child, book an open day — you’ll see the classroom during working hours, with children at their materials, not after tidying-up time. You can also read more about choosing a Montessori preschool in Warsaw and about choosing a Montessori nursery. Call: +48 668 555 124.
Questions parents ask about screens, ADHD, and artificial intelligence
Does Montessori help with ADHD? Not in the sense of treating it — no reputable facility claims that. An environment built on choice, uninterrupted work time, and limited stimuli gives a child more opportunities to train concentration than an environment split into short, fragmented blocks of activity, which eases the course of attention difficulties for many children.
How much screen time is safe for a preschool-age child? According to the American Academy of Pediatrics, between ages two and five, at most about an hour a day of high-quality programming, watched together with an adult. The WHO recommends an even more cautious approach. In a Montessori classroom, there are no screens at all before age six.
How is polarization of attention different from ordinary concentration? Polarization of attention is a deeper, longer state — the child enters it on their own, given a choice and uninterrupted time, and comes out of it calm, not tired. Forced concentration, like sitting at a desk for forty-five minutes, doesn’t have the same quality or the same effect on the long-term development of attention.
Do children raised without screens struggle more with technology later on? There’s no evidence for that. Children who built their sensory, motor, and language foundations through contact with reality before age six go on to learn digital tools just as capably later, while also having trained a capacity for longer, uninterrupted concentration that technology designed for short bursts of stimulation doesn’t teach.
Will artificial intelligence replace the skills Montessori teaches? If anything, the opposite — repetitive, formulaic tasks are exactly what automation replaces fastest. Independent learning, creativity, critical thinking, and the ability to concentrate for a long time on a non-obvious problem are skills automation doesn’t replace, so they gain value in an age of AI.
Did Maria Montessori ever write about screens? No — she died in 1952, long before smartphones existed. She did, however, write repeatedly about a principle that applies directly to screens: a child needs direct, sensory contact with reality up to age six, not with its representation.