Significantly either the garment above or the recommended material should shield against the new 26/27 GHz 5G frequency (unlike most materials).

With a lot of head-scratching and a little innovation you could likely make an effective though very, very small faraday tent to sleep in using these;

https://mosequipment.com/collections/faraday-supplies/products/mission-darkness-titanrf-faraday-fabric-panel

In the .pdf I costed for min 6 sheets; I think I could likely build an emergency shelter with just two (?).

Why a negative ion generator might help per Dr Duncan?

"A cyclotron accelerates charged particles "

https://en.wikipedia.org/wiki/Cyclotron

The negative charge must cancel out the positive charge on the cyclotron charged particle stream?

Extremely High Threat Frequency Bands

Source from:
tscm.com/bugfreq.html



50 - 750 kHz - Carrier Current Bugs (power, phone, HVAC lines)

25 - 80 MHz Ultra low power devices (micro watt devices)

65 - 130 MHz Micro power Part 15 devices (FM broadcast band)

130 - 150 MHz Body Wires and Wireless Microphones - Band I

150 - 174 MHz Body Wires and Wireless Microphones - Band II

174 - 225 MHz Body Wires and Wireless Microphones - Band III

295 - 310 MHz Spread Spectrum and Micro powered Bugs (micro watt devices)

330 - 440 MHz Audio/Video Bugs (398.605, 300.455, and 399.030 MHz are popular)

430 - 550 MHz Audio/Video Bugs (433.920 and 418 MHz is popular)

800 - 990 MHz Audio/Video Bugs (902-985 MHz ISM band is popular

1.10 - 1.95 GHz Video and Audio (980 MHz to 1.45 GHz is very popular)

2.00 - 2.75 GHz Video and Audio (2.4 to 2.45 GHz is extremely popular)

5.60 - 7.50 GHz Video and Audio (5.8 to 6.2 GHz is becoming very popular)

8.10 - 13.00 GHz Video and Audio (Popular)

850 - 950 nm Infrared Transmitters


Don't forget about the specific propagation and absorption bands. Bugging devices operating below 22 GHz are very inexpensive, and easy to buy. Devices operating between 22-60 GHz are more expensive, but just as easy to secure. Devices operating on frequencies above 60 GHz tend to be expensive, and can be very difficult to obtain.


DC - 3 kHz Typical Audio Band

3 kHz - 500 kHz Skin Effect (Non Radiating)

500 kHz - 3 MHz Non Radiating, Conducted RF

3 MHz - 300 MHz Conducted RF, Free Space Radiating

300 MHz - 3 GHz Free Space Radiating RF, Slightly Directional

3 GHz - 22 GHz Free Space, Low Attenuation., Highly Directional

22 GHz - 60 GHz Water Vapor Absorption Band

60 GHz - 3 Thz Limited Usage For Covert Surveillance

V2K Sweep thru 450 - 700 MHz [Subliminal messages at population]  U.S. Patent 4,877,027  (intermittent)  

Scanning from Cell Towers:   500 - 580 MHz, 5 - 10 MHz spacing, X-Y-Z planes   (continuous)

Remote Neural Monitoring (RNM):   600 - 800 MHz,  U.S. Patent 3,951,134  (continuous)

Satellite tracking (Lockheed GPS):   3200 - 3750 MHz, U.S. Patent 4,384,293A  (continuous)

Satellite Vircator Weapon (L3Harris):   3920 - 3935 MHz, U.S. Patent 4,345,220  (intermittent)


Signal generator with amplifier, can jam some of the frequencies, including V2K.  Sweep the RF signal across 35 MHz to 1000 MHz.  2 amplifiers in series, will create more jamming noise.        

​[Signal Generator]-----[Amplifier]-----[Amplifier]-----[Antenna]

Technical Surveillance Threat Levels and Defensive Countermeasures
http://www.tscm.com/threatlvls.html

Turin, Italy.. this is absolutely epic.. citizens dine together in the streets to resist against vaccine passports.