Thunderbolts Forum v3.0

HO and H3O form naturally in water, but does electricity or em fields passing through water have any effect on their formation? I'm assuming the HO evaporates at a lower temperature than H2O and needs significantly less energy for the phase change, it having precisely half the hydrogen bonds. I also suspect that their formation in EZ water is enhanced and since cold dry air seems to be hydrophilic the evaporation process of HO from EZ water on ice may be a better explanation than sublimation for the transformation from ice to vapour, especially where free protons are incoming from space.
Google refuses to find a chart for it's triple point, does one exist?

I dont think so, because they don't exist as separate substances like H2O does. They never exist as a pure solid, liquid or gas, only as part of a solution in water and only ever in very tiny amounts.

Tell us about EZ water, I'd never heard of it.

Arcmode wrote: ↑Sun Mar 19, 2023 11:17 am I dont think so, because they don't exist as separate substances like H2O does. They never exist as a pure solid, liquid or gas, only as part of a solution in water and only ever in very tiny amounts.

Tell us about EZ water, I'd never heard of it.

EZ = Exclusion zone. google "Gerald Pollock", "structured water", "ez water", etc.

EZ water is often called a "fourth phase of water". It is different from regular bulk water.

iirc, a charge separation occurs in water in biological systems that makes it self organize into drops/cells. A bit like a plasma double layer. check google for details.

btw, there is a "new biology" centered around this that considers body cells to be basically structured water without most of the cell organelles we were taught about in biology class. In this new biology, information is considered to be transferred electrically/energetically rather than chemically/physically. I think it fits well with EU theory actually.

Arcmode wrote: ↑Sun Mar 19, 2023 11:17 am <snip>

Tell us about EZ water, I'd never heard of it.

Water rejects impurities when it is against an hydrophilic surface, I suspect that dry cold air qualifies as hydrophilic and also that hydroxide and it's counterpart H3O form more readily in the 'exclusion zone'. As danda says it's seen by those who accept it's existence as very important in biology,

Gerald Pollock actually spoke at EU 2012.

Gerald Pollack: The Role of Water in the Electric Body | EU2012
https://www.youtube.com/watch?v=_AjszftPlmc

Thank you both.