Jesse Michels

Yeah.

Well, he had an asymmetric capacitor where the negative electrode was larger than the positive electrode.

But I think basically my sense is that the main thing is big electric field differentials.

If you create big electric field differentials, then you can somehow harness the quantum vacuum fluctuation stuff.

Yeah, it's very interesting.

Yeah, I mean, high voltages definitely correlate with high electric field strength.

And then there are ways to amp up the electric field strength kind of artificially as well.

But so fascinating.

So what are you trying?

How do we advance on this topic now?

Is this are we just in the Stone Age when we find these implants?

Are we just like, we think this works like X, Y, Z, but we just have no idea what we're kind of looking at?

Is there anybody else systematically looking into this besides you?

That would be fascinating.

I mean, if you could do some atom by atom, you know, analysis, that would be also just groundbreaking because if, if these things are fabricated on the atomic layer, then that's not something that we can do.

That's so wild.

Like they're biological themselves or something.

So that's like access to reality levels of manipulation or something?

Something like that.

Yeah.