Air Gold
by August

Subject: airborne gold vapor
Date: Wed, 31 Jan 2007 10:42:29 -0500

Here's an image that is interesting.  I decided to do a little natural evaporation of salted gold to grow crystals and got them, but also if you look at the rim of the flask, purple gold hydroxide is evident.

This is interesting because the theory that gold vapor is in the air, seems to be evident in that the first law of thermodynamics (hot seeks cold) may be producing the condensation on the rim.  Gold vapor evaporating at ambient temperature is affixing itself to the cooler temperature rim in the salts.

It could not have gotten there except by first evaporating in to the air and collecting on the side of the flask as it tried to exit into the atmosphere.

Subject: took 6 months but here it is
Date: Sat, 24 Mar 2007 12:39:13 -0400

Good indications that your theory of airborne gold atoms is correct.

The 125 ml flask was set in a sunny location for the last 6 months, in it was a solution of acid-salt reduced gold, maybe 10ml.  as you can see clearly, there is a diatomic residue in the lip of the flask indicating that gold in the solution was evaporating and collecting on a cold wall as it tried to leave the flask, meaning that some of the atoms likely did leave the flask and are airborne. (glad I sleep in the same room!)


The crystals in the flask look like coral heads, and are likely gold salts (Na/AuCl) and show that the residue at the bottom of the flask is a yellow gold color indicating metallic gold (Au).

The diatomic (purple of cassius) gold salts deposited at the lip show a different crystalline structure likely distorded by the diatoms of gold, (Au2/NaCl) as the surface of the crystals grew and gold on the surface attracted an oppositely spinning gold ion to form the diatom before locked in the crystal by chlorine and sodium atoms; also evaporating.

My theory of gas atoms like H2 is that they are so strong and hard to disassociate except in solution by chemical suspension, because they are locked in a stable opposite but interlocking spin arrangement.  It is likely that all diatomic configurations are formed in this way. Airborne atoms of gold may be either diatoms like deuterium, or monatoms (depending on several factors, but not part of this message).

I thought you might like to share it with the ormus groups.

August