Josh Clark

One is using magnetic confinement, and the other is using inertial confinement.

Everyone kind of knows the show but you, I guess.

So you get a picture of your blood vessels, your circulatory system, which is pretty cool.

Yeah.

He was the first dude who really said, this is the steps that you should take to investigate science.

And so much happened in that first second, Chuck, that just fractions of that fraction are, like I said before, like different epochs in the age of the universe.

And he also introduced the idea of attractive forces that bring elements together.

But I'm always at home just yelling at these people when they'll offer up like 20% of their company, and then they'll get offered an investment from a Shark and say, but they want like 40%.

It's pretty clever.

It's also extraordinarily elementary in principle.

So magnetic confinement uses that Takamak technology.

And it's not love, maybe.

Right, there has to be a framework.

And the whole point of this, we take this so for granted now because it's so intuitively and on its face right as far as scientific inquiry goes, but this is an enormous breakthrough to say, follow these steps, this framework,

It's more like electromagnetism or the nuclear force, something like that.

Yeah, it's sort of like CERN, you know.

It's using magnets to create pressure.

Like entire epochs happen in trillions of a trillionth of a second.

There is.

I guess in CERN's case, they're using it to create speed.