Moore's law

“In particular, the quantum coherence time seems to be progressing very, very quickly these days, and in fact, faster than Moore's Law”

“Yeah, I mean, there's one school of thought that That the web can never have the same UX performance characteristics of native apps, but that just seems like it's on the wrong side of Moore's law.”

“The more CPU you've got, the more things you can put inside of sandbox instead of letting them run on bare metal.”

“It would be really hard actually to like improve you know, global food production in any sort of exponential way that, that resembles Moore's law.”

“That traditional biotech is governed by Oom's law, and these are governed much more by Moore's law.”

“But the point is that a system that's twice as good, if it's, say, an order, you know, an order, it might scale non-linearly. So it might be 256 times harder to build a system that's twice as good, and so every incremental improvement is going to take longer, …”

“The, there's almost like a deterministic nature of Moore's law, that the cost of compute and cost of genomics and these things decreasing exponentially. That actually is something that's really hard to avoid, and so in my mind, it's not really a question of if…”

“Moore's law has now flipped. The dynamic now, instead of increased performance, has reduced cost. You now have this dynamic where every year, year and a half, the chip companies come out with a chip that's just as fast, but half the price.”

“And it's beat Moore's law by several magnitudes.”

“Whereas Moore's Law, really, the spirit of Moore's Law is an economic principle. Which is when the computing industry really cares about something, and the economic engine gets going, things tend to get better very quickly.”

“And the idea that we're out of that world because of Moore's law, because we have much more computational power now, I find that ludicrous.”

“And so with those different approaches, it feels like we've got, you know, it feels like decades of advances ahead that aren't purely dependent on classic Moore's law.”

“So the bad news is that that in, in that form seems to be coming to something of an end which is we have, we're too good at it. We've hit basically, we being the semiconductor industry broadly, the tech industry have kind of hit the limits of fundamental physi…”

“Moore's law is actually still, as of today, alive and kicking, right?”

“The nice thing about the exponentials is that, you know, things will go down a factor of a thousand, like, every 10 years on the Moore's Law side, and we'll continue to see that. So, a thousand, maybe in 20 years, a million, you know, a thousand times a thousa…”

“And by the way, I'm a believer in, in, you know Moore's law has been extended so many times because people are super smart and able to come up with different ways of extending the same principle of, you know, more transistors, more capability every couple of y…”

“If you look at what's happening with, ah, the price of AI is falling much faster than Moore's Law.”