NOTE: Charlie Plyler is one of the "good guys". He has worked with Kent Steadman and others where 'scientific' reporting was needed. He is asking for help to finish setting up a system to aid us all. Not only can this system possibly predict earthquakes, but it monitors HAARP as well. Here is a chance to be part of it! All it takes is a small plot of ground...even your backyard may be perfect!
E.

ELFRAD
114 Artist Ln
Statesville, NC 28677

To whom this may concern:

This is an open letter to all that are interested in the research of extremely low frequency signals, which propagate through the earth and the study, by ELFRAD concerning earthquake precursor activity.

I founded ELFRAD in the year of 1984 for the purpose of conducting a study to determine the feasibility of predicting earthquakes with an unconventional method of detecting extremely low frequency signals, which are related to seismic activity. Using a direct electrical connection to the earth, rather than an antenna designed to receive electromagnetic signals, we have accomplished this goal.

This will come as a surprise to most of you, who are familiar with seismic detection techniques, because earthquake forecasting is the Holy Grail of the seismic world. Independent researchers have discovered that sometimes, ULF signals in the range of .01 to .04 hertz can be detected in close proximity to a seismic fault line, hours or days before the actual event. This is accomplished using various types of antennae designed to capture this signal radiating through the atmosphere. This type of system has its limits however, because electromagnetic signals decrease logarithmically with distance. For instance, if a detection device receives 10 millivolts of signal located from a source 10 feet distant, you would receive 2.5 millivolts at 20 feet. 1.25 millivolts at 40 feet and so forth. This rule is called the Inverse Square Law. All radiated electromagnetic energy through free space must conform to this law.

The propagation of seismic electrical signals through the earth however, does not conform to this rule and the losses are more linear. I have found that by using current detection between two ground points connected directly to earth, the reception of these ULF currents and voltages may be detected hundreds of miles from the source. Due to the long periods of time for completion of one cycle and the length of the waveform, I have found it impossible to construct an antenna array of the dimensions needed, to perform directional calculations, to determine the source of the signal.

The ELFRAD detection system uses a different method to locate the source of seismic ULF transmissions. Due to the ability of being able to detect ULF signals from longer distances, we have discovered the amplitude of the detected frequency is variable relating to the nearness of the source. We have also found there are other signals with the same frequency which are generated by celestial objects such as the Sun during solar flares, and CMEs which cause magnetic fluctuations which appear to be from electrical seismic sources. Some of our receive sites are located on or near areas of high seismic activity while others are in quiet areas in remote locations. When an unusual signal indicating activity in the frequencies of interest, by obtaining data continuously from many receive sites, we are able to determine the geographical location with the highest amplitude. This data is received at a central location and analyzed.

We are in the process of constructing ELFRAD standardized, monitoring sites in as many areas as possible, on a global basis. By standardized, I mean that all equipment, and software, which is used at all of the sites, is to be identical. This is a must in order to analyze and make use of the data.

A typical ELFRAD monitor site contains the following:

1. An antenna array, which consists of two underground points which, are used as the input for the receiver. Each array is spaced at least 100 meters from the other in a North-South orientation.
2. A ULF receiver designed by ELFRAD, which has a band pass from 0 to 25 hertz. This receiver is totally electrically isolated from the other equipment.
3. A 16-bit analog to digital interface card to be used by Data computer.
4. Data computer which is dedicated to collecting and storing data from receiver. Also functions as network interface to main computer.
5. Main computer which is used as network interface to data computer. This unit will also perform initial analysis of received data. Connects to Central ELFRAD computer via dial up phone line. Also equipped for polling data requests.
6. Dial up phone line to be used to transmit data to Central Office. Also used for incoming data requests.

At this point in time, all of the equipment has been designed, tested, and has been operational in ELFRAD monitoring locations for three years. I needed to be sure this concept was sound, and would perform as expected. I am now satisfied with the results and am ready to take the next step.

I have funded this entire project and all expenses concerning the research, design, implementation, and web sites to post the data, has been out of pocket. I'm calling for volunteers to help carry this project to the next stage. I envision a world network consisting of data centers connected to individual hubs, which collect data to be used for early earthquake detection, and warning. At the moment there are millions being spent by others concerning a workable solution for the detection of earthquake precursors.

The ELFRAD concept is a very workable and affordable solution. Rather than forming a large corporation to finance this concept and spend perhaps another three years getting it in operation, I am trying a different approach. Let's do it ourselves. Let's take an interest in this project and do something that's never been done.

Here is how you can help.

1. Volunteers who have access to a small plot of land at least 100 meters long in a North-South direction and who would like to operate a monitoring site.
2. Donation of computers. These may be any types of computer with or without an operating system.
3. Computer monitors. Any type
4. Any type of network cards, hubs, switches, etc
5. Volunteers to make printed circuit boards
6. Software engineers to help design programs for networking
7. Sponsors and/or Donations

If you have any equipment or a donation you would like to contribute, please send to:

Elfrad
114 Artist Ln
Statesville, NC 28677

Please help us continue this project. For additional information please write to
elfrad@elfrad.com
http://www.elfrad.com/Quake/