Nicely written. But... no? Obviously no?
Direct Instruction is a thing that has studies on it, for one.
How about reading a fun book and then remembering the plot?
Spaced repetition on flashcards of utter pointless trivia seems to work quite well for its intended purpose.
Learning how to operate a machine just from reading the manual is a key skill for both soldiers and grad students.
Nice post!
I think most people who have an interest in scholarship should seriously try language learning. You learn a lot of meta skills that I haven't picked up anywhere else. And to learn you actually have to use those meta skills and you get to see them having an effect on the way you are thinking.
When you say:
"they commit a bunch of words about it to their short term memory"
I'm not entirely confident, as I have only recently started studying memory. But that is more of a general public definition of STM. What you describe would actually be Long Term Memory. STM only describes things that are kept in 'RAM' for a minute or two. While LTM encodes anything longer, even if it is basically forgotten by the next day. I believe that is an essential foundation for spaced repetition, which is related to scholarship, otherwise I wouldn't have tried to explain my thoughts.
Anyway, again a nice post! I'll be thinking about it as I go through my day
Everything I've learned up to this point regarding language and language-learning is that the human first has an initial phase of gathering lots of 'chunks' of information. Then, with time, they learn how those chunks fit together. Then, their brain processes it all in the background, during sleep and breaks and recreation and rest. Then, they can finally think about what they've learned, the 'grammar' of the language, per se, the layer of conceptualizing and thinking about the thing that they now know inherently to some extent.
In Japanese, they might realize は ('wa') is its own chunk of information-- it comes before context, but that understanding might not come for years, at first you simply recognize the sound and the fact that は is it's own distinct word/chunk like あなた or はい.
Then, the brain starts to group things semantically in a vector sort of space, like an LLM does. は isn't just a chunk on its own, it has certain attributes:
At no point does the baby say these things in their mind, in words, they just exist as hazily-understood facts, neurons with hesitant, impartial definitions.
The majority of evidence with regards to language learning seems to imply that this is the only way people learn language. You can lead a baby to Chinese but you can't make him drink - the only thing that's going to teach the baby Chinese is giving him lots of exposure to data of people speaking Chinese words in different contexts. Yelling grammatical rules at the baby isn't going to help.
Adult language learning education on YouTube and other sources that center around people who simply want to learn a language the fastest, most effective way have started to trend towards a realism that apps like Duolingo which claim to teach languages like it's some bitter pill to swallow through a TTS-esque voice intoning 'Agua' and then waiting for you to click on the glass of water and making a happy ding noise and then serving you a 5 minute video advertisement are at best extremely slow, and at worst nearly completely ineffective.
All of the respectable polyglots at this point seem to point to Comprehensible Input as not just the best way but literally the only way. Their messaging boils down to the following:
My question is: is this just how people learn everything, generally? What does it mean to learn something if not to comprehend an input? Maybe this is something everyone knows and I'm just now coming into awareness about it. But it seems like a big key to solving the problem of knowledge transfer and learning in general.
This post has been written on my phone by someone who is still ultimately a newbie to LW so I apologize if I haven't learned the language of LW fluently enough yet.