Quote:
Originally Posted by MIJ
Hi J-P,
Thanks for your reply and answering all of my questions so well.
Goldfinder has said that he will try to find the original schematic for the detector.
Yes as you say it’s very sensitive to picking up static charge at small range, but I wonder if normal static charges are the same as ions given off by berried precious metals, as Goldfinder thinks that ions-charges have a unique signature.
Also Morgan told me that the Zahori needs low humidity 30% or less, this could be why it didn’t respond to my gold & silver berried in the garden.
Regards 
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Hi MIJ,
Ions that are given off by buried metals would not happen if not for some chemicals near them that cause them to corrode.
These chemicals are organic acids or cyanide which is produced by microbes that like to eat metals to survive.
It seems weird, but it is true according to scientists who measured what is happening with buried metals.
These ions that are given off by buried metals never reach the surface of the earth because they become neutralized before they can reach from the depths of the metal that they came from to the surface of the earth.
These same scientists who measured the ionization of gold and silver also measured how they neutralize before they come up to the surface of the earth.
This is sad news for treasure hunters... unless you look farther to other consequences...
For example, what happens at the moment that these ions from a buried metal are neutralizing?
At that moment, there is an electric charge transfer from the ion to the compound that it attaches to.
This transfer of charge is insignificant... unless there are a lot of these ions doing the same thing at the same time.
But why would a lot of ions from corroding buried metal want to neutralize all at the same time?
There is no reason I can think of,,,, unless someone zaps the ground where these ions live with some RF energy.
That might do the job.
If someone was to zap the ground enough to cause a lot of the corroded metal ions to combine with other elements sooner than they naturally would combine, then I would expect to see a strong signal from these metal ions that shows they are becoming compounds. But this strong signal is not really a strong signal.... it is a weak signal which is only slightly stronger when you zap them.
In any case, it seems that buried metals might be able to send out a signal to tell where they are located if someone would zap them with a jolt of energy that is strong enough to get them moving faster than normal.
Best wishes,
J_P