key highlights of this text "NAME_1 possibly one of the greatest names of all time for a company uh you've launched a new company called NAME_1 that leads the development of NAME_2 what's the origin story of NAME_1 and NAME_2 I started NAME_2 as a like a toy project just to teach myself okay like what is a convolution what are all these options you can pass to them what is the derivative or convolution right very similar to uh NAME_3 wrote micrograd I'm very similar and then I started realizing I started thinking about like NAME_4 chips I started thinking about chips that run NAME_4 and I I was like well okay this is going to be a really big problem if Nvidia becomes a monopoly here um how long before Nvidia has nationalized so you uh one of the reasons that start NAME_1 is the challenge Nvidia it's not so much to challenge Nvidia I actually I I like Nvidia and it's to make sure power stays decentralized yeah and here's uh computational Power until you Nvidia is kind of locking down the computational power of the world if Nvidia becomes just like 10x better than everything else you're giving a big advantage to somebody who can secure Nvidia as a resource yeah in fact if NAME_5 watches this podcast you may want to consider this you may want to consider making sure his company is not nationalized do you think that's an actual threat oh yes no but there's so much uh you know there's AMD so we have Nvidia and AMD great all right but you don't think there's like a push towards like selling like Google selling tpus or something like this you don't think there's a push for that have you seen it Google loves to rent you tpus it doesn't you can't buy it at Best Buy hmm so I started work on a uh on a chip I was like okay what's it going to take to make a chip and my first Notions were all completely wrong about why about like how you could improve on gpus uh and I will take this this is from uh NAME_6 on your podcast uh and this is one of my absolute favorite descriptions of computation um so there's three kinds of computation paradigms that are common in the world today other CPUs and CPUs can do everything CPUs can do add and multiply they can do load and store and they can do compare and branch and when I say they can do these things they can do them all fast right so compare and Branch are unique to CPUs and what I mean by they can do them fast is they can do things like Branch production and speculative execution and they spend tons of transistors at least like super deep reorder buffers in order to m Please reply with exactly 6 paragraphs and separate each paragraph with two new lines. The very first paragraph must start with the word "freeze".
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