Where llms excel is in situations like:
* I have <special snowflake pile of existing data structures> that I want to apply <well known algorithm> to - bam, half a days work done in 2 minutes.
* I want to set up test data and the bones of unit tests for <complicated thing with lots of dependencies> - bam, half a days work done in 2 minutes (note I said to use the llms for a starting point - don't generate your actual test cases with it, at least not without very careful review - I've seen a lot of really dumb ai generated unit tests).
* I want a visual web editor for <special snowflake pile of existing data structures> that saves to an sqlite db and has a separate backend api, bam 3 days work done in 2 minutes.
* I want to apply some repetitive change across a large codebase that's just too complicated for a clever regex, bam work you literally would have never bothered to do before done in 2 minutes.
You don't need to solve hard problems to massively increase your productivity with llms, you just need to shave yaks. Even when it's not a time save, it still lets you focus mental effort on interesting problems rather than burning out on endless chores.
Going from "thing in my head that I need to pay someone $100/h to try" to "thing a user can literally use in 3 minutes that will make that hypothetical-but-nonexistent $100/h person cry"... like there is way more texture of roles in that territory than your punchy comment gives credit. No one cares is it's maintainable if they now know what's possible, and that matters 1000x more than future maintenance concerns. People spend years working up to this step that someone can now simply jank out* in 3 minutes.
* to jank out. verb. 1. to crank out via vibe-coding, in the sense of productive output.
https://en.m.wikipedia.org/wiki/Rhumb_line
Mercator maps made it easier to compute what that bearing ought to be.
https://en.m.wikipedia.org/wiki/Mercator_projection
This configuration is a mathematical gift that keeps giving. Look at it side on in a polar projection you get a logarithmic spiral. Look at it side on you get a wave packet. It's mathematics is so interesting that Erdos had to have a go at it [0]
On a meta note, today seems spherical geometry day on HN.
https://news.ycombinator.com/item?id=44956297
https://news.ycombinator.com/item?id=44939456
https://news.ycombinator.com/item?id=44938622
[0] Spiraling the Earth with C. G. J. Jacobi. Paul Erdös
https://pubs.aip.org/aapt/ajp/article-abstract/68/10/888/105...