Hypersonic Physics, Deep Sea Life & Princeton's Millisecond Qubits
EP 17
·36:05

Validating Morkovin at Mach 6

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36:05>> with Yeah. Yeah. And now it's in the real world and we can say okay experimentally the model is actually tracking >> the model. Okay, that's that's got it. Yes. It's like it's like the the particle stuff that we were doing earlier with the dust particles that wasn't good enough at these >> at these velocity regimes. >> Above Mach 5, we now have a regime a velocity regime that can work with lower without needing a supercomput. Exactly. We can we can now we we can rest easy that the simulation framework that we've been using >> is is >> is valid is more accurate. >> Yeah. Yeah. It's like it's it's

36:47definitely less fidelity, but we don't have to we don't need a supercomput to let's say test a bunch of designs before we like go into production. This hugely reduces the scale of engineering, right? because >> I can I can now I can now try a bunch of different things on my computer. It can be a big computer, let's say, but it doesn't have to be a super computer. >> It could be an M5 Mac. >> Yeah. Yeah. Exactly. Like it can it Marovven's hypothesis is now experimentally validated at Mach 6. >> At Mach 6, right? Yes. Got it. And that's kind of like the the the key point is like this 19 was it 62? >> 62. Yeah. uh uh sort of hypothesis

37:30has now been validated a scale of fidelity of high fidelity measurement. >> Yeah. >> Above Mach 5. >> Yeah. And and it we hadn't gotten that far before experimentally. >> Experimentally we hadn't really known is the hypersonics regime as opposed to the supersonics regime have something where Marovven's hypothesis is no longer >> valid. Yeah. >> Above this limit. >> Yeah. And we've now said, "No, no, no. We're good. >> We're good. >> We're good." So now it can, you know, we we can start like actually pushing these measurements. >> Yes. >> Right. To to to greater fidelity. And we can also start engineers can be a bit more confident,

38:11>> right, >> about the designs that they produce in silica in the computer. Yes. And they and they try to validate it, right? You can now be a bit more confident about, okay, this thing works in the computer. Let's try to actually make it, right? >> This is This is >> I'm looking forward to it, dude. Hypersonic travel before I'm before I'm out of here. >> That would be great. >> That would be dope. >> That would be fantastic.

From Hypersonic Physics, Deep Sea Life & Princeton's Millisecond Qubits

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