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When I was learning how to make a web app, I understood what was happening, but it didn't really click why I was doing it this way.
For example, you might learn the history of punch cards, tele-typewriters (this era of coding is downright awesome, the programmer had to maintain so much in their head), terminal emulators, etc and then build yourself some kind of CLI which does something silly like get the current weather from a free API.
Or, if you want to learn how to make a web app, learn how people initially sent HTML from the server, then there was a bunch of jQuery stuff, now it makes sense why we have these SPA frameworks...
You'll have to decide what kind of project you want to learn and some source which tells the history, but pick a project and then just get into a playful state with it for a week or so. Then decide what to do next.
After you make a website, maybe you'll want to learn how all of the networking happens underneath. The networking stuff is foundational knowledge that'll never expire. All the layers that make it all work are quite impressive.
Sort of like the painters who came after the "Realism" era.
I have spent a lot of time experimenting with Chain of Thought professionally and I have yet to see any evidence to suggest that what's happening with CoT is any more (or less) than this. If you let the model run a bit longer it enters a region close to the typical set and when it's ready to answer you have a high probability of getting a good answer.
There's absolutely no "reasoning" going on here, except that some times sampling from the typical set near the region of your answer is going to look very similar to how human reason before coming up with an answer.
They recently opened a pull request on ocaml compiler...
Given that building Safe Superintelligence is extraordinarily difficult — and no single person’s ideas or talents could ever be enough — how does secrecy serve that goal?
Question about the instructions in your README, you say that once you're done with the top side, repeat for the bottom, but when you're working on the bottom side, what stops the elements on the top side from falling off once the heat passes through the board and melts the solder on that side?