Maybe it's time we have a new or more universal coding language we teach in schools that is strong on concepts and standardisation. Something that enforces the math, logic and mechanisms that underpin modern software. It could be designed so that any common liguisric language could apply (as in English, Japanese, French, whatever) for the broadest appeal.

LLM could then translate architecture and concepts into the specific actual coding language of choice for the best fit. Of course you could also read that code and write it yourself.

The whole process could be redesigned with this concept being sort of like a "super compiler". Or hell - if you really wanted to there could be dedicated ASICs with the supercompiler LLM burned in (like Talaas) that could do this on the fly or very quickly for different applications.

Link to the full archive:

http://www.aaronsw.com/weblog/fullarchive

Link to the out of order post:

http://www.aaronsw.com/weblog/parpolity

I did actually spend a few minutes searching for them and found multiple documents and forum posts - sent those over and they were super happy. A project that had been stalled for seemingly forever suddenly was done quickly.

Now that I pay for Kagi search I find myself doing this even more (especially since Google itself often doesn't return great results anymore) and I can quickly find good info way faster than most

Is that one guys story really that much more interesting than the article ?

Same thing with ebike tires vs normal bike tires