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14 results for “tuning fork technology”
Concept5 mentions across episodes
technology
Topic3 mentions across episodes
technology
“How the Swiss watch industry got disrupted by a tuning fork”
...tuning fork. Ah. That's a great, weird thing in history. And part of this also comes from, Mark Bridges' great research paper. The whole Swiss watch industry had been marketing that you can judge the
2:49:30 / 2:50:02
market insight2:49:30 – 2:50:02
“Before quartz nearly killed Rolex, this forgotten technology almost disrupted watchmaking”
...to keep time? Something radioactive? A tuning fork.
2:49:07 / 2:49:44
market insight2:49:07 – 2:49:44
...technology, and it's still state of the art. That's what we're using. We're using a more advanced version of what I just described to build the production turbine blades for our Symphony engine with with some three d printing and the investment casti
44:15 / 45:19
from transcript44:15 – 45:19
...Technology, the august Massachusetts Institute of Technology, who was working on code breaking for the allies, very famously at Bell Labs and at the Institute for Advanced Study in Princeton, New Jersey, where
15:42 / 16:46
from transcript15:42 – 16:46
...So how are we doing this, David? What's the technology
13:30 / 14:46
from transcript13:30 – 14:46
at Bukit and Rita are like, we're gonna make miniature radios with the transistor. And they're like, no. Guys, you can't do that. Like, we're like, this stuff's still done with germanium at this point. You can't get enough power in this to really pow
35:55 / 37:01
from transcript35:55 – 37:01
above the melting point of the metal that the turbine blades are made out of. And so these turbine blades, they're these metal parts that are hollow on the inside, and cooling air goes through them. It comes out these little pores on the tip of the t
43:26 / 44:31
from transcript43:26 – 44:31
So the transistor is available for license and Abuka is like, this is it. You're just like when he saw the tape recorder, just like when he got obsessed with radios before, he's like, this, this, this, this, we gotta do this. And Marita's like, okay.
35:16 / 36:16
from transcript35:16 – 36:16
This is the important thing. Right. So therefore you can do more of it. That's right. Like, oh we wanna change the diameter of something. In a traditional world, like, oh no. That's a whole bunch of rework and everything else has to change. No. We au
23:56 / 25:01
from transcript23:56 – 25:01
which, first of all, is a marketing name at this point. What it used to originally referred to was the length on the gate on the transistor. At this point, it's not exactly five nanometers, and the additional performance is not going to come from, yo
1:49:28 / 1:50:32
from transcript1:49:28 – 1:50:32
But even that really only gets us to, like, 11 nanometers. So how the heck are we supposed to make these chips where the transistors are ostensibly only a five nanometers apart when what we've done to date, shooting through lenses and shooting throug
1:26:14 / 1:27:21
from transcript1:26:14 – 1:27:21
Sure. They test on two and three year old equipment, but no one's making sure that the six and seven year old laptops are as performant. Software designed for the current generation as hardware. Google and Amazon are gonna be like, now we're good. Ri
1:52:30 / 1:53:33
from transcript1:52:30 – 1:53:33
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