Understanding Energy and Cellphone Signals

When we talk about energy, I talk about it in the same way

that you can

describe a cellphone signal. So a cellphone signal

is in this room. Uh, can you see it? No, you can't see it. Oh, there it is.

No, no, it's over there.

Yeah.

No, it's everywhere.

Right.

It's like a blanket, right? Like a mist.

Cellphone signals permeate this room.

That's a frequency, and it's an energy.

And amazingly enough, and science cannot explain it, that m-

cellphone signal, that frequency, passes through the glass and

steel and concrete. How is that possible?

Yeah.

Science cannot explain it. Well, I can tell you how it works,

because it goes in

between the space between the nucleus and the electron.

It's called the zero point field.

Yeah.

So that's where it is. Because virtually vanishes,

it doesn't stay in a straight

line, it, it moves through that zero point field.

But this is science, and it's not quantum physics, it's actual

physics, and it's actual mathematics, and it's

verifiable, documented, and measurable science

done by real scientists. You know, not guys doing, "Oh, okay, we're gonna

measure." "Oh, yeah, that means yes." Okay, take a voltmeter,

put a, a battery

in, and it measures the same every single

time.

Yeah.

You know, use some applied kinesiology, and it's gonna be different every single

time.

Yeah.

So we're l- talking about quantifiable data

when we're talking about

energy.