Hi all, long time...
Have a read of 2D layout coils for a metal detector. These have been around for some time. I built my first in the 70's. This particular layout gives rise to anomilies when the amplitude and phase are shifted due to an interference in the 'cancelled' field. With this layout an Cmos oscillator can be configured for any size or shape coil set. (Parameters not exceeded). This would supply a stronger field envelope and any interference or manipulation in this case, would be at a significantly higher level than the basic twin coil arrangement shown in the link. The original purpose detecting metals local to the field, causes changes in amplitude and phase. This is then mixed in a precision rectifier and dependant on the phase fed to the rectifier, the summed output produced has it's own characteristics. That being certain metals are 'tuned' out or rejected. Applying a similar approach to this discriminating process would enhance any communication between dimensions assuming a phase shifted source of interference is created by the result of the ether around the field being changed slightly by their apparatus. This being deduced from a quick read of the linked page. My original unit for listening in circa 1974. I found recording audio from the noise superior with a germanium diode (very common then) and an RFC inside a screened film canister. The amplifier being a cassette recorder modified at the head to accept the RFC and diode unit. As a matter of respect, I hope I'm not teaching you to suck eggs. Are you researching metaphysics at all? This seems to be appropriate with this unit. It's how to create a source of info for the other end users to realise communication is required. The chances of success would require more than pure guesswork.
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