Josh Clark

And the HowStuffWorks article makes a good point in saying that science and everything that has to do with it in the scientific method is very fluid and open to interpretation and experimentation, obviously.

Again, this is mind-boggling.

I found a couple of more sources that were kind of vague about it, and I think the details on it are just vague, period.

Rubber band wise, they create this.

And that was the result, Chuck, of energy and matter uncoupling as well, right?

If you have cellular death, then the tissues that are made up by those cells break down, and you have a problem on your hands with that as well.

They mix this latex together with all these chemicals.

But I don't know why they would abandon the donut-shaped if the figure eight was 1950s technology that's sort of been disproven.

But you can't see it or feel it or anything like that.

It depends on, you know, what kind of rubber band you're making.

That's right.

Okay.

All right, and this is the point where we can actually start to, you know, we did one on the Large Hadron Collider.

And they get this raw rubber compound into a long hollow tube, slip it over a round pipe called the mandrel, expose that to high heat and pressure to vulcanize it.

But it was still capable of pushing down liquid mercury, which is also how we got the barometer, by the way.

So he says, okay, this cell hypothesis, this is a pretty good explanation for what we now call spontaneous generation.

Well, supposedly their whole jam was that even in the donut, in the Takamak, this donut-shaped reactor,

It's a particle accelerator, the biggest and best that we have on the Earth.

Right.

And everyone was like, it rocked everyone's world, basically.