Jesse Michels

There's something about the ambient electromagnetic radiation of just the earth that is this perfect kind of Petri dish, you know, biosphere.

Explain what a scalar wave is because scalar physics and scalar waves are often thrown around in these super hand wavy ways.

And yet they're often used as terms, you know, extended electrodynamics, scalar waves by people who I really respect and kind of aerospace world.

So what's your definition?

So I've heard similar things to that.

And then the two places I always get frustrated is I'm like, have we ever measured a scalar wave?

And usually the answer, like, have we?

Do you think we have?

How would we measure?

Fascinating.

Okay, and why do you think that that design would allow you to transmit scalar wave?

Yeah.

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.