This topic contains 3 replies, has 2 voices, and was last updated by 
Josh Stern May 8, 2023 at 1:23 am.
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joshEach EMF attack ultimately involves an emitter of EMF (“gun”) & some sort of control signal to do that. Guns are built into many materials including wire insulation, steel, nails, concrete, plastic, wood coatings, etc. My approach, in isolation, has been to disable by guns through a combination of very low ground & removing oscillations of signal reaching them – both are important. The current supply of a given negative rail supporting low ground will go a lot further when unwanted fluctuations & noise is trapped by capacitor/resister curcuits. Noise/energy in my house is applied via electric – pos,neutral & ground, unused phone land line, cable line, underground tunneling attacks on walls, gas pipe, underground water pipe, & underground sewer robot drones.
Why do large capacitors work a lot better than small ones? The nature of the malicious, designer attacks.
I haven’t had a good setup for exploring turning off the attack signal, but that is also a good approach to help.
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joshSpecificially on point a), Online sources claim that low frequency voltage fluctuations between 4 & 20Hz are used by the Feds to signal a death intention for the occupant of a given residence. The claim is that sensing light or invisible EMF fluctuating in this range is also what causes tactical flashlights to strobe. So filtering out that would be a specifically good property.
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Josh Stern
ModeratorI’ve written about the panel upgrade ideas now in a mumber of different threads. Sometimes the focus is on anti-EE-kill tech, sometimes the focus is on backup power, and sometimes the focus is on using extra generation from on-site renewable sources.
Adding a few practical points:
a) For safety and economic reasons, the battery power current output may be well below the max current output demanded from the standard modern hookup (say 200 amps in a typical home). In practice, high output is only used for a small percentage of the time in special circumstances. So circuits can be designed to sense demand for high current and switch to the hookup power while that is occurring (conserving in a blackout). This would not affect the other desirable properties in a negative way. Active filtering of the on-line source is still possible.
b) EE-kill attacks often destroy the steady state properties of the home ground. The panel could detect that and use the condition as an extra explanation for returing extra electrons generated for negative rail sources inside the structure.
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