I am a former Wireless Radio Frequency Engineer with over 20 years of experience. I recently retired to research and study cases involving radio frequency, mind control and non-ionizing radiation ("non-lethal weapons") weapon systems. I am presenting summaries of research and correlation to data I've collected in Rural Portland Oregon Metro area.
I've observed, in my home and elsewhere, signals in the ranges listed in Preston Nichols' book, The Montauk Experiment. He explains that by combining signals in the 1680 and 406/403 MHz range, they were trying to achieve Mind Control (Brain Entrainment) on large portions of the human population through a military experiment known as the Phoenix Project. It could also be useful for delivering pulse modulation radio frequency to human targets as a method of "non-lethal" torture.
The following is from the Appendix of The Montauk Experiment starting on page 245
In addition to the sensors, the other part of the radiosonde is the transmitter. It is pulse time modulated and the repetition rate of the pulse varies with the resistance presented to the transmitter. There are two types of pulse modulation used. One is where the modulation pulses off the CW (CW = carrier wave) carrier oscillator. The other is where a high voltage pulse supplies B+ (B+ stands for “B batteries”, which refer to plate voltage) to the carrier oscillator. There are two frequencies used: 400 MHz and 1680 MHz. The 400 MHz oscillator is comprised of tuned lines with the triode tube in the field of the lines. The 1680 MHz oscillator is of the integral cavity type, with the triode tube inside the fields of the cavity.
In the down pulsed CW oscillator transmitter, there are two sections: the modulation oscillator and the carrier oscillator. The modulation oscillator (see page 129) is what generates the pulse, which is a triode oscillator with a blocking network in the grid circuit.”
Excerpt From: Preston Nichols & Peter Moon. “The Montauk Project: Experiments in Time.”
My spectrum analysis demontrating these signal ranges in use near my home. I am a professional wireless engineer who used to perform Coverage Survey Analysis for In-Building Repeaters and Small Cells. So I know what a normal signal strength should look like, in decibels or dBm, when coming from a nearby tower to the inside of a building. I am seeing these frequencies at ranges in the -66 dBm range for 1680 MHz (+/- 7MHz) and have saved screenshots of my test gear for your review. This signal strength would indicate a nearby or higher power signal source.
-66dBm would be equivalent to a strong 4 out of 5 bars on your Smartphone with a bit of fluctuation between 3-5. I am using an RF Explorer 6G Spectrum Analyzer to perform these measurements. Though my gear isn't high-end, is it considered an acceptable piece of test equipment for performing simple measurements within the Wireless Industry.
This is relevant because the NOAA is using these same frequencies to perform Radiosonde experiments.
These sensors are linked to a battery powered, 300 milliwatt or less radio transmitter that sends the sensor measurements to a sensitive ground tracking antenna on a radio frequency typically ranging from 1676 to 1682 MHz or around 403 MHz. Wind speed and direction aloft are also obtained by tracking the position of the radiosonde in flight using GPS or a radio direction finding antenna. Observations where winds aloft are also obtained from radiosondes are called "rawinsonde" observations. The radio signals received by the tracking antenna are converted to meteorological values and from these data significant levels are selected by a computer, put into a special code form, and then transmitted to data users. High vertical resolution flight data, among other data, are also archived and sent to the NOAA National Climatic Data Center.
Here is where it gets interesting. A company known as Ligado, formerly Lightsquared, is also interested in using these same 1680 (L-Band Satellite) MHz frequencies in the same range for delivering high speed data to anywhere in the US, accurate to the centimeter.
This is troubling to me. If a mix of these frequencies are capable of targeting humans within a centimeter from anywhere and using a mix of 1600-1700 and 430-478 MHz then any technology that is deployed, capable of this, should have an enormous amount of oversight and the public should be informed on a mass scale to ensure it's not abused or deployed in the manner in which it's capable.
There is another aspect to this. If these same frequencies are capable of producing a negative emotional state or pulse-modulation on a human target, then it might be possible for this same method to be replicated at a ground/tower level without satellite or radiosonde assistance. If you use the same rough values and adjust them by 24Mhz up, you would need 430 MHz and 1724 MHz to achieve the same result, one could assume safely. I should caution though, this needs to be replicated in a lab environment to prove conclusively. But if it's true, then people could be targeted with this same method using Portable HAM Radios (like Baofeng) that operate in the 430-480 MHz range and a jailbroken or side loaded Smartphone (Android with a custom App that can override control of each radio frequency) that can "lock" on to the 1700 MHz AWS frequencies. This is technically possible if you are a skilled hacker or have connections to the wireless industry.
I need to share this with the public, not to scare anyone, but to inform you of the possibilities and to ensure all appropriate agencies are made aware of what "could be" happening. I will work with anyone who would like to research this further, provided the investigation is open, transparent and data is made publicly available so that no one is left in the dark.
Thank you for reading.