Josh Clark

And then it burned.

It was a witch.

You can get it from desalinating seawater.

Right?

All right, we teased those first nanoseconds, nanomoments after the Big Bang.

Then it burned.

And then secondly, it's not radioactive at any point.

So part fire, too.

And you would do this to make sure a heart is beating correctly because you wanted to see it.

So you can see how these things kind of came together to form a log or a stone or a rabbit is another recurring theme.

Right, and we mentioned in that Enlightenment episode as well about scholasticism, about using scientific inquiry to explain theology, which was, you know, you're still working from a theological standpoint, but you're starting to use scientific inquiry, and the idea that you shouldn't just accept things as truth.

So it wouldn't make the thermonuclear reactor itself radioactive.

But they still had that temperature problem until Goodyear hit it.

But you have to have an additional instrument because, as we've said, x-rays will pass through tissue like heart tissue and muscle tissue and blood vessels and all the stuff you want to get pictures of using an x-ray.

So let's talk about them right now.

That's right.

Right, and again, they reverse-engineered Goodyear's process, went and filed a patent on vulcanization.

The reason why we're not doing that already is because we can't achieve the temperatures necessary.

The earliest thing that scientists can even talk about, like with a straight face, like later on when they're having drinks at the bar, I bet they talk about before this.

Yeah.