Gilbert Ling

Normally people think of just water in the cell as like bulk water, like the cell is like a bag of water.

And what Jared Pollock and Gilbert Ling have shown is that the water in the cell is structured.

So there's like an exclusion zone and there's like, it's basically like a battery almost like.

it's creating like this, this gradient with the exclusion zone.

And that was probably the best quantum coherent way of learning about it.

Then a researcher in UK, who I know you've heard of, Mei-Wan Hou, She was cut from the same cloth as Gilbert Ling was.

She used a lot of difficult language to try to describe physics.

The language that she used was biochemistry, which is a lot of the reason why most people didn't understand her.

We called it endolive.

You know what's special about it? has a high level of potassium in it.

And you know that famous guy that you've heard me talk about, Gilbert Ling, that nobody understood his books.

The number one thing that he said, potassium is how we structure water.

And what he found in his lab was that red and infrared light are able to structure the water in your body.

So actually like dr thomas cowan had a really good example and i remember like so i can attribute it to him like he was a er physician and he was like yeah like people don't like bleed out water like if someone comes in with a gunshot wound like water isn't just like spilling out of them like yeah sure there's some blood but that like stops eventually so if we're just like liquid water inside of us that doesn't really make sense it's like the whole theory between like gilbert ling and gerald pollack may went ho like there's like a lot of like really smart like water scientists out there they basically figure it out like most of the water in our body is probably fourth phase water meaning it's in a gel like state so it would be somewhere between a solid and liquid like somewhere in there like a jello would be a good example um something along those lines so most of our cells most of the water inside our cells are made from that gel like uh water like or if you like if you're like in a lab under a Like the like it doesn't just like all the water inside the cell doesn't just like leave like it kind of it mostly stays inside the cell.

So we know that there is a fourth phase of water in our bodies and the idea why this is so important.

And I mean, again, I'm not like a water scientist.

So there's like a positive side of the water and a negative side of the water.

And that basically creates an energy source or a battery.

So what Gerald Pollack and Gilbert Ling would argue is it's not actually ATP that's the main source of energy in our body, but it's actually the water.

And what the ATP does is its main function is to unfold proteins and