Obv when I'm in this forum, you know I've been diving into Zev Handel’s "Chinese Characters Across Asia" and while it’s a brilliant linguistic history, I am most struck by his idea that the script provides profound "insights into human cognition and culture". The idea that our writing systems are such a deep part of our cognitive toolkit reminded me of some neuro-linguistic research I'd seen a while back, which prompted me to dive into a whole new search.

I found a fascinating 1971 study from the journal Science titled "American children with reading problems can easily learn to read English represented by Chinese characters." The core argument is that many dyslexic struggles stem from the sequential ordering of letters and the brain sometimes falters with left-to-right processing, leading to the classic confusion of words like "WAS" and "SAW". Because sinograms are 'holistic and morphographic', representing sound and meaning together as a single unit - they don't depend on that critical linear decoding process.

Handel actually uses this very principle in a "thought experiment" he shares with his students. They have to imagine they have no alphabet and must write English using Chinese characters as carriers of sound only. For example, using the characters for "horse" (ma) and "rice" (mi) to write the English word "Mommy" (马米). This exercise demonstrates how the mind can bypass phonetic confusion by mapping meaning units directly.

I also read a story about a 15-month-old child who independently recognized the "girl" radical (女) in the characters for "Mama" (媽) and "Sister" (姐) and asked why it wasn't in her puppy's name. At just over a year old, her mind was already acting as a "meaning-searching machine", tuned to symbols rather than phonemes.

Thinking about Handel's "insights into cognition" made me look back at my notes on Maryanne Wolf's Proust and the Squid. She points out that "Human beings were never born to read". It’s a recent cultural invention, so our brains have to "recycle" older neural structures to make it work. It also led me to a work by Stanislas Dehaene regarding the "Visual Word Form Area". While alphabetic readers rely heavily on the left hemisphere to break down sounds, logographic readers often recruit more of the right hemisphere to process symbols. It’s a high-speed shortcut to meaning that bypasses the phonological bottleneck entirely.

I agree that these things definitely affect us on a cognitive level but i don’t know for sure if this 100% right as there are nuances. Science is always evolving, and maybe we'll have a definitive answer in a few or more years but this made me question: Does this mean Chinese people don't have dyslexia?

Actually, I found research from the University of Hong Kong showing that Chinese speakers do experience dyslexia, but it acts differently. While English dyslexia is usually "phonological", Chinese dyslexia is often "visuospatial" because the characters are so visually complex. The struggle isn't about sounds, it’s about the intricate memory required to distinguish between thousands of similar symbols.

Coincidentally I yoinked a book from @honeydijon, "A Myriad of Tongues" by Caleb Everett which my best obvious guess from that title is about supporting all of the above - how our linguistic environment acts as a cognitive toolkit, shaping how we categorize the world. I haven't picked it up yet, but it’s all this making me rush to find the book.

All suggests that "disability" isn't an absolute trait; it’s situational. If a brain that struggles with 'phonemes' can thrive with sinograms, then the problem isn't the brain but the tool we've forced it to use. It’s rare to find a work that validates the idea that a cognitive struggle might just be a different kind of strength waiting for the right symbol. Which also strengthens what I've been pasting everywhere that disability isn't an individual's inability but the society's inability to develop ways to accommodate people who are different!