laichzeit0
Joined 15 years ago
Joined 15 years ago
This is lamentable.
Also, in principle everything a GPU does could be done on pencil and paper. You could distribute the entire forward pass to the whole of humanity and have them write it out. Even if it took millions of years, the point is it’s computationally reducible to hand calculation. Is that entire process now “conscious” as well? The only difference would be the clock rate.
Also whole heartedly agree with the Opus 5 output being incomprehensible. It’s written in a way that I’d call spaghetti-tech-English. You can unravel it but it’s painful. Fables explanations is effortless and smooth. Opus 5 is user hostile.
I believe Astra is the next model beyond Sol? They used it for https://openai.com/index/ten-advances-in-mathematics/
1. If you can already program, the worst thing you can do is think of mathematics as learning a programming language. It is not, and you will waste your time being frustrated with things like syntax and notation. You get “used to” mathematics by doing it, and it’s something on its own. Just go with it. It’s ok to be confused.
2. Do the exercises, and stop asking for “solution manuals”, the point is to get you thinking and the struggle is most important part, not whether you got it “right”. Again, I think this is a programmer centric way of looking at things: “how do I know it’s right if I can’t compile it”.
Maybe that’s why programmers like the foundations of mathematics. Like if somehow they could just go to the bottom of things, the assembler/machine code of sorts, the whole enterprise would make sense. Counterintuitively, the really great mathematicians of yore, did mathematics before it was anywhere close to formalized.