There are more and more cases where my personal experience seems to contradict with science. And I am not sure what to make of that.
The article says that participants in the studies preferred the traditional fonts over the dyslexia fonts. I would argue that this contradicts the thesis that they would be more comfortable to read. Moreover, the way I read the article, it wasn't just reading speed but accuracy that was tested as well.
> There are more and more cases where my personal experience seems to contradict with science. And I am not sure what to make of that.
I find that I often have to question my preconceptions when I encounter this issue. In other words, I have invested e.g. time, effort and thought into something which I thought works and it is difficult to not fall into a kind of sunken cost fallacy, i.e. my brain doesn't want me to believe it does not work, because I have invested effort into it.
She finds it very challenging to read her school textbooks, which are provided online on her Chromebook with a bad screen. I bought her paper versions of the same books.
Then e-ink screen would provide the same benefits ie: contrast.
The serifs are visual cue to lead the eyes onto the next letter or word.
There is so much bullshit out there about how kids should be taught to read, and too many schools unfortunately still use wrong methods disproven by science.
What works is phonics, old, tried and true. If your school isn't teaching it, you need to do it yourself at home or your kids risk never being good readers.
I always assumed the visual processing limitations were part of the issue with the reversal/transcription problem. A sort of neurological sequencing disorder swapping out the correct visual sense with a mistake. Xerox style. One that the dyslexic font wouldn't help with.
If that's apparently not Dislexia, or part of their spectrum, what is it if it is a processing disorder that remains into adulthood?
They come across rather dismissively when their own links, as far as I clicked at least, were less firm. I do appreciate that visual aids hawked to parents are not going to help for this issue either. I would like a name for the thing which is so importantly not Dislexia.
Dislexia is a difficulty learning to read. It is a symptom, not an underlying condition. There are different underlying conditions which lead to different processing issues, which in turn lead to dislexia. So you're almost always going to be wrong when you say "dislexia is..."
Emen15•1h ago
thaumasiotes•1h ago
This makes no sense. A spectrum would involve everyone having the same problem to different degrees; anything that addressed that problem would consistently show an effect.
randall•1h ago
nephihaha•55m ago
There is a fashion for calling everything a spectrum. Maybe "range" would be a better term for a linear progression.
airstrike•51m ago
randall•37m ago
randall•38m ago
Spooky23•1h ago
That’s difficult to measure objectively. Many schools lack the specialists who can spot this, and when they do, Teachers try different adaptations that help kids, so you’re going to have varying results based on the adaptations the person understands.
I have something called APD (auditory processing disorder) which essentially means that the areas of my brain that listen to speech, especially higher pitched female speech aren’t fully developed — I had chronic ear infections and my heading was negatively impacted. I adapted well, although with undiagnosed ADHD. Others do not for a variety of reasons.
RobotToaster•49m ago
So something may help type 1 dyslexia, but not help type 2 or type 3 etc.
soneca•49m ago
I learned the opposite, that the term spectrum is used when it is not same problem to different degrees. That's how the autism spectrum was explained to me, because the problem differs over the spectrum. In opposition to "level" or "gradient", which is intended to be something more linear over the same dimension.
I believe this redefinition of the term comes from how a "rainbow spectrum" is perceived, as different colors (and not as it is defined, as a linear degree of wavelength)