Millisecond coherence — ~3× the lab record, ~15–20× industry

1:27:53>> Mhm. And I I mean there's again everyone always talks about all the implications of quantum computers. The one that still gets me most excited is like the ability to create simulations and models with higher fidelity. Coming back to our first story, >> new materials. >> Yeah. Right. Right. And like the things you can then >> Yeah. Instead of trying a thousand different materials to see which one is the room temperature superconductor, I can just like simulate a bunch and then be like, "Oh, these are 10 good candidates. Let me try making those." And you know >> because like like alpha fold was a lower complexity problem to like do all the folds that proteins can do. >> Yeah. I mean it's still an incredible >> not minimizing. >> Yeah. >> Not minimizing but we've already crossed

1:28:33that bridge. So you know what I'm saying? Like >> you already got the Nobel that's in the past. We trying to go orders of magnitude. Yeah. Yeah. Yeah. Now we doing quantum mechanics mother which is like it's a big that's a big these the all of these stories are actually pretty crazy. >> Yeah. Like so so I think this is this is huge. The other thing is um they're using silicon, right? Instead of sapphire. So instead of aluminum oxide, they're using silicon. Well, we're as humans incredible at making silicon. >> We have the whole the whole industrial