I wonder if “sugar issues” are a micronutrient problem. Like not enough B1.
In a B1 deficiency, the body has less glycogen, so I wonder if that’s really the cause behind blood sugar swings.

Cellular water goes from order to disorder. Depending on how an isolated system is defined, this makes me question the second law of thermodynamics. If the cell is becoming ordered but the overall system has to be disordered, where is the disorder showing up?

I’m listening to chapter 5 of the fourth phase of water. He is talking about the pH drops meaning more H=protons in the area away from the EZ. I thought in chapter 4 he said there was no potential until the voltmeter was at the EZ layer. And this potential is negative or positive. The negative EZ being more common. The positive seems to break apart relatively quickly. If there is an obvious pH change then why do they not see a positive voltage reading on the voltmeter in this region? There is clearly a positive charge layer to balance the negative EZ.

If the EZ charge is balanced then how do we read an electrical potential from the body? The earth has a negative charge from lighting. Does the bodies potential have to do with that charge going through it as a path of least resistance? This would explain why the feet would have a different charge than the nose.

How can you have a seemingly constant supply of protons? Are they coming from water in the air? Eventually the EZ layer should lose all of its available ones so their constant stream of water shouldn’t show a lower pH=more protons. Unless the flow of water is also replenishing the protons in the EZ. I wonder if they looked for local potential fluctuations while doing this to see if the EZ layer became more or less negative in time.