2.2.12. Water Model: Coherent versus Random

1. Summary: The text discusses the behavior of water molecules near tissues, explaining how they align in a liquid crystalline structure, creating a charge and a coherent state. It contrasts this with water in an incoherent state, emphasizing the importance of coherence as a measure of health. The speaker uses the example of Nexeo, a surface that loves water, to illustrate the concept.

Go ahead, Garrett. I hope you know this topic. And okay, so I'll just say a little bit more. What ends up happening is if you put water, and I'll just say with Nexeo, a surface that loves water. And now if you think about tissues in your body, pretty much all of them love water. What happens is the water will align itself next to that tissue in a way that makes it a liquid crystalline structure. Now what I mean by the liquid crystal line to go back to what we're just talking about is they're aligned in an orderly fashion, but they still have their independence to move about. It's a very dynamic state. And so when you look at this picture, you see these little plus minus is on the side on the left. This is just to indicate a tissue or a substance. And what happens is when the water is in next to it, it creates a charge. as well as the water is in a coherent state. And then on the right, when you see these kind of those little ovals all over the place, this is water in an incoherent state. So now think about that back to the body in terms of coherence being a measure of health, it's that organization again that you see.