Montauk Illusions

[Zocky-Zocky]

for gold and silver is 62 KHz,other metals is for other future projects.

... or, maybe, for gold and silver in the range of 60 to 62 kilohertz.
You need to experiment! There are disturbing influences of the natural environment VLF ...
Regards!
Zocky-Zocky

[Morgan]

... or, maybe, for gold and silver in the range of 60 to 62 kilohertz.
You need to experiment! There are disturbing influences of the natural environment VLF ...
Regards!
Zocky-Zocky

More experiment?

I already found so many objects and coins with the old PD,ferrite freq. 62 KHz...

[Geo]

I used lrl with good results at frequences from few Hz to 380Mhz. You receive "gold" signal as a mix with some other frequences. So frequences are not critical

[Funfinder]

I used lrl with good results at frequences from few Hz to 380Mhz. You receive "gold" signal as a mix with some other frequences. So frequences are not critical

If this is true it can't be any resonance but an EM-field-mix reaction of the detected metal. And because gold very often is found as an alloy (silver-gold aka electrum in natura) it would be completly nuts if the LRL can find 999,9 pure gold only.

[Geo]

If this is true it can't be any resonance but an EM-field-mix reaction of the detected metal. And because gold very often is found as an alloy (silver-gold aka electrum in natura) it would be completly nuts if the LRL can find 999,9 pure gold only.

I don't know exactly but i believe that it will detect about the same a pure or a poor gold. Before some weeks i detected few gold coins and near it (4...5m) i detected a silver chain. So what is the received signal????

[Funfinder]

> So what is the received signal????

This is a very good question!

At least for shure no gold-ions, because otherwise the air would be full of all kind of mineralic-ions, too.

Geo, to find out what's going on we need to know the difference in iron / non iron (gold, silver) detection. I doubt it's just a different capacitor that is responsable by as example tuning the receiver to a different frequency-range (because it seems to work with "all" lower frequencies). Perhaps the buried metal objects are (re)modulating the detected signals somehow and this makes the difference.

Can you think of any shielding tests or electronical filters that may let through only the "gold signals"?

This would be another method to find out what's happening.