It could take 20 minutes until we reach the conclusion, at which point he finally explains what the purpose of the final formula is and why we want it.
I got the habit of reading his book in reverse before the lectures; reading section by section in reverse order from the end. This way the mathematical calculations had a clear goal and were faar easier to follow.
... brilliant maths, but he was fully and utterly incompetent at teaching it. And he had a bit of an ego about how many students fail each year because "they're lazy".
Me and a few friends did deep recaps to de-tangle the explanations using his book, rephrasing it in a easier and shorter format; and he accused us of cheating because our scores deviated from the normal distribution.
All this to say; sometimes clever doesn't correlate well to great with words.... though dont take that as a endorsement of trump.
Trying to search that post.
Edit: in the discussion there was a link to a do a YouTube video where to movie characters were playing word badminton with each other.
Edit: this clip https://youtu.be/swqfFHLck1o
https://wiki.improvresourcecenter.com/index.php?title=Harold
I can’t learn this way. Great description of some of my instructors. I gravitate towards design and engineering. Goals are first. This sounds like play: “…and this happened, and this happened…” nope. Not me.
The idea helps when talking with autistic people who might have quite extreme versions of weaving. A conversation between two weavers is kind of an exchange of blunt facts about their world views, which does sound a lot like disparate unrelated tidbits. In contrast to storytellers, who have a discrete path and story to tell, with a start and a finish.
It failed badly. While it's easy to construct sentences that way, it puts immense cognitive load on the receiver. Probably because you don't have any structure in which to put all these terms thrown at you, we reasoned, so we reversed the order to get structure (connectives) first, followed by the terms.
It wasn't better. Turns out, receiving a structure with a bunch of holes to be filled later also results in high cognitive load.
Why? My guess is that the cognitive load mainly comes from the number of unfinished structural connections. To minimize that, you need to transmit a tree in such a way that the terms come as close as possible to the connective. In other words, not bottom or top first, but "side first".
I believe this is why infix notation is so popular. While you parse "A and B" or "X + Y" you never have more than one open connection. When you parse "(+ X Y)" you have two open connections after reading the "+". Five levels deep that begins to matter a lot.
I like the purist lispy idea of operation-first expressions, but I struggle to make my mind actually work like that. If you like clojure-type threading macros, consider that they do something similar to infix notation: they reduce the number of open structural connections during parsing.
I feel it too, it's a higher context language and I agree that it is probably the fact that you are holding onto more unresolved threads at a time. But perhaps that's just because I didn't grow up with it? I would love to find out.
An interesting observation related to this is that on top of the sentence order differences, things are generally spoken about from the largest concept to the smallest which is different to English as well.
So where we would say "I ate lunch at the park today", in Japanese you might say Today, I at the park ate lunch.
In the second sentence it feels like there is a cliffhanger until we get to the end, the smallest details are often the point of a sentence, and so it's like waiting for the punchline. My brain is on hold until we get there, but in English I must admit I can tune out of a sentence early on and usually get the gist anyway.