I believe we live in a totalitarian society much like George Orwell's '1984'. As a totalitarian society everything is controlled and everyone is being spied upon. I am not alone in my belief but proving it to people is difficult. The purpose of this document is not to prove anything but help those who already know.

In the last 40 years or so electronics has become very sophisticated. Basic components have become smaller and operate at higher frequencies. Integrated circuits can have tens of thousands of components packed on a chip the size of a dime. Cell phones have chips that are basically small computers and are capable of incredible things. This would not be possible without microwaves.

The spying can be broken into 3 categories: advanced wireless communications, surveillance (including synthetic telepathy) and mind control. There are surveillance cameras everywhere. Many are wireless and operate on microwaves. Anyone can pick up what is transmitted by the camera. If you have a very powerful receiver you could monitor thousands of cameras in a small area without anyone knowing. If you're the government you could have a facility like the NSA. (National Security Agency) Anything wireless can be broken into. A short list is: traffic lights, WiFi, cell phones, cameras and mind control devices.

Life forms on planet earth have, as part of their makeup, electro chemical processes that produce EMI. When you flex a muscle you are creating small electrical signals that can be picked up by modern electronics. This was discovered in the 1790's by Italians Luigi Galvani and Alessandro Volta. Your brain also produces EMI. It is known that the brain has different states that can be measured with an Electro Encephalogram. (EEG) The frequencies of these states are between 5 hz and about 40 hz. When you are asleep you are at about 5 hz and when awake around 40. The only answer is to jam the entire frequency spectrum.

The frequency spectrum is considered from DC (0hz) to about 3thz (terra hz 3,000,000,000,000 hz). Anything above that is considered light. Electro-magnetic interference (EMI) happens when one electrical device interferes with another. Engineers are required by law to limit a devices EMI. You can't sell a TV that interferes with a DVD player and vice versa. When you jam a device, you interfere on purpose. EMI could also be described as electro-magnetic noise. Generating noise on purpose can be useful. A separate noise device can be used to test a devices immunity to it. Ham radio noise generators can be bought on the internet. Noise can be used to jam radio's if it is at the operating frequency of the receiver and of a higher wattage. When used as a jamming device it is always aimed at the receiver. A satellite could be considered a receiver as it is 'picking up' electro-magnetic waves on the earth. There are numerous ways to generate noise. It can be difficult to generate it over the entire frequency spectrum.

One of the first radios produced was the spark transmitter. A spark transmitter was used on the Titanic. It was invented by Nikola Tesla who also invented most the AC generating and distribution system we use today. A spark transmitter generates a very high wattage spark like lightning and radiates that on an antenna. A 'spark', or lightning, is plasma, the fourth state of matter. The other 3 are gas, liquid and solid. Spark transmitters were outlawed specifically because they interfered with everything. Spark transmitters produce ozone. Ozone can be harmful so spark transmitters must be used outdoors. The picture below is a simplified example.

I think it's possible to record the output of a spark transmitter and make a computer file out of it. Transfer the file to a small ROM chip and use it in a carry around device. Instead of analog to digital it would go digital to analog. A small Micro Controller Unit (MCU) such as the Arduino could be used.

Vacuum tubes were one on the first devices invented that could amplify a signal. They appeared about the turn of the 20th century. They used one power supply to produce a stream of electrons and another for associated circuitry. A stream of electrons is possible in a vacuum. The same concept was used in Cathode Ray Tubes. (CRT) CRT's were the first displays for TV. Once the stream is produced you can then put a smaller signal into the stream and it is amplified. A triode is a vacuum tube with 3 electrodes. A cathode, anode and one input. Later tubes with 4 and 5 electrodes were developed. A stream of electrons can be very noisy. An idea for a noise generator is to use the input of a triode as an output. The input is between the anode and cathode. If the input were connected to an input of an op amp, like an antenna, it would be very noisy. The op amp then amplifies the signal and puts it on an antenna.

Solid state noise generators can be made in a couple ways. Avalanche, or shot, noise and circuits that produce pink, flicker, white and other types. Shot noise is produced by semiconductor PN junctions naturally. It can be drawn from the cathode of a Zener diode or a BJT transistor. Wikipedia describes shot noise in terms of probability. This is how I understand it. Current is the actual movement of electrons in a conductor. Electron movement is random whether it's AC or DC. The electrons drift from one nucleus to another randomly producing electro-magnetic waves as they go. Small currents are more random than large ones simply because there are fewer electrons. It's my experience that small wattage components create better noise. Ham radio manufacturers make noise generators based on Shot noise. Elecraft for one.

 
Noise Generator with Zener Diode (1N759)

 
Noise Generator with BJT Transistor

Circuits exist that produce noise without the shot phenomena. Sometimes referred to as 'pink' or 'white' or 'flicker'. These circuits are used by manufacturers in the acoustic range to disguise voices. This noise is more uniform and probably easy to filter. To be more effective it should be like a spark. You would have to come up with a way to break it up. As a technician I know that different metals conduct electricity better than others. A bad conductor can create noise out of a good signal. If you attached an antenna made of a bad conductor to one of these circuits you might have something. I haven't tried this because I'm under constant surveillance and can't get anywhere with it. All I can do is think about, and write about it. "In the face of the thought police, the followers of Goldstein cannot collectively organize a resistance..."

An MCU could be easily programmed to output multiple frequency sine waves. Put all outputs into a mixer circuit, amplify that and put that on a bad antenna. Mixer circuits are used regularly in audio applications to put more than one voice on a single speaker. So I know it can be done.

A bad conducting metal could also be used to make a component. Connect 3 pieces of copper to a small piece of bad metal. Connect one end to some type of excitation circuit, the other to ground and use the middle connection as an output. Amplify the output and put that on an antenna.

Bluetooth is a word used by electronics manufacturers to describe a device that both transmits and recieves and has a very short range. Anything that transmits must not interfere with other devices. Anything that's sold as Bluetooth must meet a specification laid out by the Federal Communications Commission. I believe, I'm not sure, a Bluetooth device will not work beyond 10 feet. It is very low power. It is possible that someone is already manufacturing a device that will jam all microwaves within 10 feet of the device. If a person carried this around with them the voices might stop.

Cell phones also operate on microwaves. Phones that use Android can be programmed by anyone who wants to create a video game. Google provides a software development kit (SDK) for free. Anyone can download and use it. I think it's possible to program an old, or new, cell phone to operate as a Bluetooth jamming device. If it meets the Bluetooth specification it's probably legal. Cell phones have an 3.5 mm ear bud connector. It might be possible to use this for an antenna. This would allow for lower frequency transmissions.

Personal Area Jamming devices could work at the same power level as your personal emissions to jam them. Any noise circuit could be attached to a necklace used for an antenna and then carried around in your pocket. Below is a picture of a piece of sterling silver Viking Weave with an electrical connector on one end. Viking Weave is one continuous piece of silver and would work well as an a antenna. Or use a metal that's a bad conductor.

Note: It's possible they have very sophisticated computer software that removes all noise. If millions of people were jamming themselves and the area around them it would eat up computing power and at least slow them down.