How handwriting benefits your brain | Neuropsychologist Dr. Audrey van der Meer

Neuroscience of Handwriting vs. Typing
📌 Research using 256-electrode EEG nets traces brain activity origins during writing and typing to understand memory encoding.
✍️ Handwriting and drawing elicit very similar brain patterns, characterized by synchronised activity in lower frequency bands, involving a much larger extent of the whole brain.
⌨️ Typewriting results in desynchronised activity at lower frequency bands and synchronised activity at higher frequency bands, indicating less complex brain involvement.
🧠 The intricate finger movements required for forming letters by hand activate significantly more brain areas compared to the simple, repetitive finger movements of typing.

Impact on Learning and Cognition
💡 The increased brain activity and cross-communication during handwriting are directly related to learning and remembering centres in the brain.
🅰️ Children learning to read and write primarily on tablets show difficulty differentiating between mirror-image letters (like 'b' and 'd') because they haven't physically embodied the production difference through handwriting.
📚 Waldorf school examples demonstrate incorporating letter formation through bodily movement aids in learning, emphasizing the need to feel the shapes with the body and senses.

Implications and Future Directions
🏛️ The speaker suggested to the Norwegian government the introduction of a minimum of handwriting tuition in primary schools for essential brain stimulation, particularly for the developing brain.
🧠 Handwriting is considered essential brain stimulation, forcing the brain to be used for what it is good at, which is challenging it regularly.
👵 Future planned research will compare elderly individuals who keep daily writing diaries versus those who are fully digital to assess potential differences in fending off cognitive decline.
📜 Handwriting is viewed as an important dimension of being human and part of cultural heritage; losing it means losing a valuable aspect of human experience.

Key Points & Insights
➡️ Prioritize handwriting practice over purely typing tasks, as it maximally engages the brain, especially in learning contexts.
➡️ To improve memory encoding, consciously engage in handwriting tasks to promote synchronized neural oscillations in lower frequency bands.
➡️ Educators should ensure children physically feel the formation of letters to improve recognition and differentiation between similar characters, affecting both reading and writing skills.
➡️ Regular handwriting challenges the brain efficiently, which is crucial for utilizing the brain to its full potential throughout life, including potentially in aging populations.

📸 Video summarized with SummaryTube.com on Jan 22, 2026, 02:46 UTC