This ion detector seems like it is useful for detecting negative ions, not buried gold. This particular machine was not represented as a treasure locating device. What Ivconic told us when he posted the schematic is: "Only one claim: this device at least do something, despite some commercial devices do nothing!"
He never said it could locate any treasure. So far, we have no answers that tell us how to locate a buried treasure using this machine. Discussions of physics theory are not necessay to explain what procedure should be used with the Ivconic ion detector to locate treasure. Physics theory is good for designing LRLs, but we already have a completed design that is guaranteed to "at least do something". The only question I have is how to use this machine to locate treasure. I am interested to know the procedure and method that must be used, not the theories of why it works or does not work.
We have a hint from Franco: "you can stick an iron rod in the ground and the battery gold/iron can influence your ion detector". This is at least a first step toward locating a buried treasure. But how to find the treasure buried in a field using Ivconic's negative ion detector? In Franco's posts, he says "it takes only several years in order that the "battery appears"; this is the "long buried" effect!".
So now we have somewhere to start. Let's suppose we have finished building Ivconic's negative ion detector, and we have tested it and found that it works as well as most commercial ion detectors at finding ions around your television screen and your high voltage air purifier. Now we show the machine to our friend who tells us he buried a 3-ounce gold nugget in a soccer field 5 years ago. He also buried an iron pipe 30 cm long at each of the 4 corners of the soccer field, where the top 2 cm of these pipes can be seen in the grass. He invites us to come to the soccer field to see how well Ivconic's negative ion detector works for locating "long buried" 3-ounce gold nugget that has had time to develop the "battery effect".
So we drive to the soccer field on a warm summer day and get out of the car at a golf course across the street from the soccer field. We turn on the ion detector and adjust the controls while standing in the middle of the fairway of hole 3 of the golf course. After seeing that it picks up a signal when we click our piezo lighter near the antenna and dish, we walk across the street to the soccer field that has the long-buried" gold nugget, and 4 iron pipes at the corners of the field.
The question is: What do we do next in order to locate where our friend buried the gold nugget? What step-by step procedure do we use to find the buried nugget using this negative ion detector built from Ivconic's schematic?
The question is NOT about what princples of physics cause LRLs or ion detection to work. It is Not a question of whether ions play any important role in locating treasure. The question is about how can I find that nugget using Ivconic's negative ion detector machine.
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