REFERENCE PAGE FOR UNDERSTANDING ELECTROMAGNETIC WAVES & MIND-CONTROL by Fritz Springmeier  ref

The best way for people to understand electromagnetic waves is to think of the ocean’s waves. Some waves in the ocean are big, and some are small, size is amplitude. 

Some beaches have waves that come quickly and some have waves that come slowly, this is called the frequency that the waves comes. 

Researcher figured out how they could change the amplitude or the frequency of electromagnetic waves in a controlled way, and this is called amplitude modulation or frequency modulation. 

Because all electromagnetic energy beams travel the same speed 3 x 10¹º cm/sec, an energy beam with a short wave must have many more of those short waves pass in a given time such as a day than a long wave. The shorter the wave the greater the frequency that a wave will arrive. While our image of an ocean is that it moves up and down in relation to the surface. 

In other words, the ocean wave moves (vibrates) up and down in relation to the surface (a mathematical plane). Electromagnetic waves vibrate in 3 dimensions (relative to 3 planes), generally they are only drawn as one-dimensional waves. Our brains operate on waves that are very low frequency (from one cycle per second) to about 50 cycles per second. A cycle per second is called a Hertz (Hz). Due to the wide range of different amplitudes and frequencies it has been more practical to induce various measuring units. It would be nice if all the measuring units could be done in feet or meters or whatever, but the range in size from the very tiny to the very large means that they use different measuring units. Just like you use different measuring units to get a quart of milk and 3 gallons of gas. The milk could be called a quarter-gallon but it isn’t. In measuring frequency they use the following measuring terms:

1,000,000 cycles per second = Megahertz (MHz)
1,000 cycles per second = Kilohertz (KHz)
1 cycle per second = Hertz (Hz)

In measuring amplitude they measure the length of the waves with kilometers, meters, and centimeters. The very small waves are measured in angstroms, microns, and nanometers. What is an angstrom. A nanometer is one billionth of a meter. That is a very tiny fraction written as 1/1,000,000,000 of a meter or for short an nanometer. A micron is one millionth (1/1,000,000) of a meter. Ten nanometers are said to make up an angstrom. (In other words an angstrom is 1 ten-billionth of a meter.)

After they measure radio frequencies, the waves of different lengths are given other names. They could just say ‘waves from 30,000 to 300,000 MHz", but instead they shorten things by having a special name for these waves EHF (Extremely High Frequency waves.)

This names are as follows:

Extremely High Frequency   EHF:    30,000 to 300,000 MHz
Superhigh Frequency           SHF:      3,000 to 30,000 MHz
Ultrahigh Frequency            UHF:         300 to 3,000 MHz
High Frequency                  VHF:            30 to 300 MHz
Medium Frequency               MF:          300 to 3,000 KI-Iz
Low Frequency                      LF:            30 to 300 KHz
Very Low Frequency          VLF:              3 to30KHz
Extremely Low Frequency    ELF:   Below 3 KHz to 1 Hz or less

BRAIN FREQUENCIES (FREKS) RELATE TO STATES OF ACTIVITY

The lower brain frequencies pertain to sleep and dream states. The middle brain frequencies pertain to normal wakeful activity. The higher brain frequencies pertain to aroused, or concerned or states of anxiety. No brain waves means a person is "brain dead", even though some body functions may continue. Naturally occurring phenomena, such as lightning in a thunderstorms, sunny days that soak a person with extra positive ions, can all affect the thinking of brain.

CHART GOING UP THE FREQUENCY SCALE

These frequency no's are in Hertz which is cycles per sec. (However the first part of the scale are non-linear, asymmetrical waves, which are mistakenly called Hertzian by many people.)

1 Approx. beginning of brain waves

6.66         Theta brain waves
7.85        Alpha brain waves
15.7         Beta brain waves
30-30.56 Government VLF stations
32-33      Government VLF stations
34-42     Government VLF stations
50          Approx. Upper limit of brain wave frequencies
60          Produces an audible sound

62-254.1 CTCSS (Continuous Tone Coded Squelch Systems). These tones CTCSS tones are broadcast continually interspersed on a frequency, which allows several different users to broadcast separately on the same frequency and only pick up the message that has their CTCSS tone. 

Post Office Tones are                                82.5, 91.5, 97.4. & 100.9. U.S. 
Customs & border patrol is                     100 Hz. U.S. 
Secret service is                                    103.5 Hz. EPA is 114.8. IRS & BATF is 123.0. 
Veterans Affairs, GSA, & Dept. of Energy is 127.3. 
Fed. Aviation Admin. & U.S. Marshall service is 136.5. 
Coast Guard Intell. is                               141.3 Hz. 
Dept. of State & Border Patrol is             151.4 Hz. 
Drug Enforcement Agency, Fed. Aviation Admin., & Nat. Marine Fisheries is 156.7. 
Justice Dept., FBI is                                   167.9.

10² (10 x 10) Ultrasonic

10³ Lower range of true Hertzian waves, waves in cycles per sec lower than this such as the human heart beat or Brain alpha waves are not Hertzian.

104 (10,000)

16,000-32,000 Range of Frequencies used in European implants to signal the implant.

54,900,000 Hz (54.9 MHz) Cellular phones (Also 435 MHz, 750 MHz, & 1080 MHz have been discovered being targeted on victims of implant mind-control.)

10¹¹ to 10¹² Far infra-red

10¹³ "Raman" I.R.

10¹4 Near Infra-red

10¹4 to 10¹5 Visible light spectrum