While children spend hours talking to Ai, private schools are secretly preparing their competitors.
In a classical gymnasium in Moscow, an unusual lesson is underway. Third-graders are bent over their notebooks, tracing letters with a nib pen. Not a ballpoint pen—a real nib pen with ink. The calligraphy teacher corrects their posture and monitors the slant of the letters.
“Parents often don’t understand why this is necessary,” she says. “We live in a digital age, after all. But we know a secret: children who write by hand learn better than everyone else.”
It’s September 2025. Children dictate their homework to voice assistants, type on tablets from the age of three, consider handwriting an archaism, and hate penmanship exercises.
A Decade Without the Right to Write
It all began in the 90s, when computers started taking up more and more space in our lives. Fewer professions and daily routines involved handwriting—at most, a few lines and a signature. I am a victim of this phenomenon myself; with terrible handwriting, I sat down at a computer around age 11 (back then it was a BK and an Atari, then the first 286 appeared) and have spent a good half of my life in front of one ever since. I don’t enjoy writing, but I still had to do it quite a lot in school and university. Now, we’ve added smartphones and voice. Millions of people barely write their thoughts down by hand. Instead, they:
- Dictate messages to Alice and Siri
- Type on keyboards from the age of three
- Draw with their fingers on a tablet screen
- Often use laptops even in school
It seems logical—why waste time on the-archaic skill of writing when you can speak or type faster? But neurobiologists are sounding the alarm. Research shows that handwriting is not just a method of recording. It is a way of thinking, a method of development.
What Happens in the Brain When We Write
A 2012 study by James & Engelhardt from Indiana University, published in Trends in Neuroscience and Education under the title “The effects of handwriting experience on functional brain development in pre-literate children,” uncovered a striking fact. When children learn to write letters by hand, the same areas of the brain involved in reading are activated. The brain remembers not only what a letter looks like but also how it “feels.”
Children who learned the alphabet through writing learned to read faster. Those who only typed on a keyboard confused similar-looking letters for longer.
The explanation is simple: the hand is directly connected to the brain. When a child writes the letter “A,” the motor cortex remembers the movement. When they see that letter in a book, the brain “recalls” the movement and recognizes it more quickly.
For children who grew up with voice assistants, this connection doesn’t exist. They know how to pronounce a letter, but not how it “feels.” This slows down reading and comprehension.
The Norwegian Discovery
A 2015 study by Mangen et al., published in the Journal of Writing Research as “Handwriting versus keyboard writing: Effect on word recall,” confirmed these findings. Modern EEG and fMRI studies show that handwriting engages a broader and more coherent ensemble of sensorimotor and language systems than typing, which is associated with better processing and retention of material (James & Engelhardt 2012; van der Meer & van der Weel 2017–2024; Planton 2013 review).
The scientists' conclusion: handwriting engages the entire "reading network." Typing activates only mechanical motor skills.
The Alice Effect
Voice assistants create an even more serious problem. When a child dictates homework to Alice, they:
- Don’t see how words are spelled
- Don’t memorize spelling
- Don’t develop the connection between sound and letter
- Rely on the machine’s autocorrect
Excessive dictation and autocorrection may reduce spelling and graphomotor practice; this is a reasonable hypothesis, but longitudinal data is needed. In any case, regular handwriting and reading aloud support the development of the orthographic code.
In Moscow schools, teachers are already noticing a new phenomenon: children write “kuhrova” instead of “korova” (cow), “mulako” instead of “moloko” (milk). They write words as they hear them due to a lack of writing practice. This isn’t about early elementary students, for whom “write it as you hear it” is typical, but about older students who have simply forgotten this skill due to lack of practice.
The Mathematical Connection
Handwriting helps maintain step-by-step logic, reduces errors in multi-step solutions, and offloads working memory; the link between handwriting and math performance is supported by correlational data.
Children who solve problems mentally or type them on a computer make more mistakes in multi-step solutions. They find it difficult to hold the entire sequence of actions in their heads.
The Generation Effect in Action
In cognitive neuroscience, there is a concept called the “generation effect”—information we create ourselves is remembered many times better than information we simply perceive.
When a child copies a text by hand, their brain “reprocesses” it, passes it through itself, and makes it their own. When they copy-paste ready-made text from a screen, they are just mechanically reproducing someone else’s thoughts.
According to cognitive psychology research, students who take lecture notes by hand demonstrate significantly better recall and understanding of the material compared to those who type on a laptop.
The Digital Generation vs. The Calligraphers
Imagine the situation in 10 years. Two candidates interview for a job at a major company:
Andrew, 22. Grew up with voice assistants. Dictated his homework to Alice and typed on a tablet since childhood. He finds information quickly but analyzes it poorly. He struggles to write coherent texts. He is often distracted and thinks superficially.
Maria, 22. Studied at an elite gymnasium with calligraphy lessons. She writes beautifully and correctly. She easily structures information and sees deep connections. She can work on a complex task for hours without losing concentration.
Who will the employer choose?
What’s Happening to Fine Motor Skills
Pediatricians note that modern children have poorly developed fine motor skills. They master touch screens with virtuosity but cannot:
- Tie shoelaces
- Fasten small buttons
- Hold a pen correctly
- Cut with scissors
- Model with clay
And yet, fine motor skills are directly linked to the development of speech and thinking. The brain areas responsible for finger movements are located next to the speech centers.
When a child develops their fingers through writing, drawing, and sculpting, they are simultaneously developing speech and intellect.
The Generation Without Handwriting
According to surveys of American educators, more than half of teachers report that modern children cannot read cursive texts. They can read printed text, but a note from their grandmother or a historical letter stumps them.
“We are witnessing the first generation that may lose access to its handwritten cultural heritage,” researchers note. It turns out that an entire cultural heritage is becoming inaccessible to them. Poets’ letters, writers’ diaries, historical documents—all turn into hieroglyphs.
Neuroplasticity and Critical Periods
As studies in neuroplasticity show, there are critical periods for the development of writing skills. Elementary school is the optimal window for consolidating the “letter-movement-sound” connections; plasticity is preserved later, but progress requires more time, and the neural benefits of writing for thinking and memory will be acquired at a different cost.
The Way Back: Can the Situation Be Fixed?
Fortunately, children’s brains are surprisingly plastic. Even if a child has barely written by hand until age 10-12, it’s not too late:
- Start simple: 15 minutes of handwriting every day. It doesn’t matter what—a diary, letters, copying favorite poems.
- Use different tools: pencils, markers, fountain pens. Each provides its own tactile sensations.
- Combine writing with studying: rewrite math rules, take notes on history lessons.
- Don’t rush: it’s better to write a little, but beautifully, than a lot and carelessly.
A Responsible Choice
We face a choice. We can raise children the convenient way—with voice assistants, tablets, and autocorrect. They will type quickly and find information easily.
Or we can follow the path of elite schools—combining digital technologies with traditional skills. Teach children to both talk to Alice and write beautifully with a pen.
The second path is harder. But it gives children what technology cannot: deep thinking, a strong memory, and the ability to concentrate.
In a world where more and more tasks are solved by machines, it is precisely these qualities that will become the most valuable. Children who can think deeply and write beautifully will manage those who can only type quickly.
Further reading:
- James K.H., Engelhardt L. (2012). The effects of handwriting experience on functional brain development in pre-literate children, Trends in Neuroscience and Education. PMC
- Mangen A. et al. (2015). Handwriting versus keyboard writing: Effect on word recall, Journal of Writing Research. jowr.org
- van der Meer A.L.H., van der Weel F.R. (2017–2024), EEG-series on writing/drawing vs. typing. Frontiers+2PubMed+2
- Planton S. et al. (2013). The “handwriting brain”: meta-analysis, Cortex. ScienceDirect
- Review on the “return of handwriting” in the US: Education Week (2023). Education Week
- Critique of “pen is always better than keyboard”: replications/reviews. PubMed+1
