Hexagonal water

That's what it is according to the theory.

The H3O2, which was a certification I have up there from High Flow Labs, third-party independent labs.

Well, it's not supposed to be.

We've identified it.

The guy that identified it, H3O2, got a Nobel Prize for it.

But it only normally exists for 1 50 millionth of a second.

It's not a stable structure generally.

Generally, the 220 nanometer, right? The oxygen, though, is on this side, right? And this is the standard water absorption emission spectra here, right? And that tells you effectively how the bonds...

This is actually a different formation to H2O, what we would normally drink.

The way we have it in our body is the fourth phase of water, which is H3O2.

And this is more of a viscous plasma-like state of water.

And this is heavily charged.

Now you got a different water that's in your fruit, from your watermelons and the vines, and they pulling all of their groundwater or rain water up.

Uh, you got it in the trees, where the trees pulling all that water through the branches to give to the fruit, and they call this H3O2, which is a real structured water.

The water inside of our body is called H3O, and then you got H2O that you get from the spring.

So any of them will work, any of them will hydrate you, but I think the best hydrating water is the water from your fruit.

As a matter of fact, as you know, you should never drink H2O.

You should drink H3O2, like coconut water, watermelon, and we used to get our water from things like that.

Mm-hmm.

But we don't anymore.

Hmm.

Which was fascinating because so structured water in the cell ends off as H3O2 in this hexagonal shape.

So yeah, that was, I don't know if it's a coincidence or not but the photo came out good [laughs].

Yeah.

You got it in the trees where the trees pulling all their water through the branches to give to the fruit.

And they call this H3O2, which is a real structure water.

The water inside of our body is called H3O.

And then you got H2O that you get from the spring.

So the ceramic donates electrons, emits general far infrared waves and creates a water attracting surface.

And that physical interaction encourages ordinary bulk water molecules to organize themselves into structure, what Dr. Pollack called H3O2, also known as exclusion zone water.

Yeah.

You know water modern water treatment chemical processing and like long pipe systems they strip all natural movement and electrical charge out of our water.

You just run some once a week and, and rinse your picture, make sure it's clean, just like anything else.

And And that's about it.

But, you know, and the cellular benefits, you know, since it reorganizes the water into coherent hexagonal, the H3O2, like Dr. Pollack describes, those clusters allow fluid to flow more efficiently through cellular membranes and the aquaporin channels.

So that gives water a negative charge.