mineoro experiments (pdc205-pdc210)

[digital logic]

Initially thanks for invitation.
For mineoro experiments we suggest at first a small modification at the free loop around the electrostatic chamberon the board of the machine.
We have seen in that when you replace the resistor and the capacitors at the ends of the loop with a variable capacitor 10-60 pf the reaction of the machine is sharper.
Using a garage telecontol transmitter tuned around 390 mhz we tune the capacitor until mineoro beeps.
This will help the rf sensitivity of the machine.
We have noted that successful target identification comes when three parameters are pressed.

• VLF activity monitored by a vlf receiver between 20-70 khz must be hi.(not storms or whistles, but radio frequency hi propagation and signals).
• Humidity around 35 % .
• Electrostatic electricity on the atmosphere at max. (Cloudy sky before rain. Some sunny days that electrostatic charges are foul. E.g north wind for some hours and then stops).

At these conditions mineoro always works.
The most important parameter is the vlf background .
Somebody says that: when the atmosphere electricity increases comes simultaneously with vlf better level signals.
We also have connected a large (1000 turns 1m diameter) coil to oscilloscope above the target.
The result was a noisy figure.
When some repeatable sparks were appeared on the screen the mineoro detected the target.

Maybe the concept is as follows:
Around the target is constructed by the years a cold electrostatic foam of plasma.
This normally is neutral. Any cosmic ray or hot neutron or any strong radiation disturbs the balance and produces Coulomb explosion.
The coulomb explosions generates alpha ,beta- (SPARKS) and positrons emissions. The positrons are non-stable and they are transformed in a two-photon emission in very short time.
We have detected small targets at the above conditions .
When the machine stopped detecting We checked the manufacturers
antenna rod .
Seaking the antenna rod above the target the machine products beeps synchronus
to the antenna movements at a distance of ten meters.
Generally in Greece we have low vlf signal levels and the machine works for short periods and for a lot of days it may be dead.
We have tried an additional coil of six turns around the external box of the wood ,no were connected. It increases vlf reception and the distance reaction but it destroys the directional ability of the machine.
We have not found a bigger and deeper target. All targets were small and near the surface (coins and jewellery).
That’s all for moment.

Best regards
Digital logic