Nick Dooley

I don't know.

I haven't actually played with one that much.

So I'll be interested to see what these guys come up with to find out if this mitigates a lot of those problems.

Yeah, that's awesome.

And I know that we always talk about like they're loving to see innovation and things moving forward.

And when you went through this, like I know you kind of gave the 30 second elevator pitch of how you came up to look at it.

When you went through and we're looking at this, like what was the first thing that made you think about magnets?

Yeah.

Yeah.

So I think that's amazing just because looking at it, it's like, okay, hey, what made you first think about it?

We said, if you're looking at it and seeing how things move through there, it's okay.

And then applying it to another one because it really is just moving a piston back and forth however you want to look at it.

It doesn't matter if it's a needle, if it's a buffer, what it is.

You're moving that piston back and forth.

So as you go through and looked at that,

It's driving innovation forward as it's, you know, this could be a, uh, a great step looking forward is, you know, anybody who ever, like when I looked at it, I remember, you know, like I said, Meg, Meg loved train and stuff like that.

But I remember going to, you know, we have a place here called the discovery center and it's like a science museum for kids.

And they had two big neodymium magnets that, you know, to teach you about polarity where you'd go through it.

They were essentially like two hammers attached to eyes.

It was okay.