NOTES FOR EXPERIMENTERS WHO WISH TO TRY MASKING THE BRAIN ENTRAINMENT SIGNALS FROM THE ELECTRONIC HARASSERS: The neuro-psychology lab run by Dr. Michael A. Persinger at Laurentian University, Sudbury, Ontario, Canada has had success in inducing the brains of human test subjects to "see" or exper- ience a wide range of effects. Their basic technique is to place an array of small magnetic coils adjacent to the scalp of the test subjects, then apply various waveforms to the coils in computer-controlled sequence. It is significant that there are NO direct wire connections to the test subject. In effect, this is limited "mind control" - far less potent than what we victims experience daily. Dr. Persinger takes care to avoid unpleasant effects and is scrupulously careful to stay within ethical bounds. His test subjects give informed consent. He has been on several TV documentaries, including the CNN one which featured co-victims Cheryl Welsh, Ed Light, and Carol Price in June 1997. One possible way we may be able to "mask" some of the intrusive mind access we experience is to generate "ELF white noise" by way of a Persinger-style cap, fitted with similar magnetic coils. This set of notes will be updated as I am able to experiment with this technique. (It will be slow going, as I am not wealthy, however, the total cost of an ELF white noise machine built from new retail-priced parts should come in at not more than $550 CDN or, say, $400 US.) Here is what I have learned to date: 1. The waveform generator might be the EXAR precision waveform generator chip, part # 8038ACP. I'm still trying to get data sheets for this chip to verify it can operate within the ELF range. 2. The coils do NOT need to generate a very strong signal. Dr. Persinger's coils are simple Radio Shack reed relay coils with the internal reed switch removed and a simple steel nail used as an "iron core." The part number is 275-232 which is a 5-volt, 20 milliampere, 250 ohm coil. IMPORTANT: This coil is long and slender. Dr. Persinger's motorcycle helmet can accommodate this type of coil shape easily. To build a COMFORTABLE sleeping cap, however, I recommend purchasing a similar 5-volt relay which will have a shorter coil, which can be sewn into pockets on a cotton cap such as are used by water polo players. Such substitute relays would require careful disassembly and removal of the moving contact armature, leaving only the coil and iron core with terminals. (Unless the armature is removed, the flux will stay inside a closed magnetic circuit, and do little or nothing to radiate.) 3. A technician who works with Dr. Persinger told me they drive the coils with a double ended power supply, that is, the polarity of the applied wave- form swings from +5 to -5 volts over a cycle. 4. There are two possible operating modes: - Emulate the sleep waves for comfort, or - Drive the coils with random ELF frequencies to "mask" and confuse the spook signals 5. To assist with formulating a true white noise signal, I recommend as many independent channels as the experimenter can afford. I plan at least two. 6. Once the data sheets become available for the Exar chips, it is likely that randomizing control signals can be generated using a PC. For those with technical background, there are two pins on each serial port which can be switched on (+12V) and off (-12V) from within a computer program in most general purpose programming languages. The pins are DTR and RTS. With a two serial port PC (common) that gives a total of four pins for controlling four ELF channels with a randomizing program. If you really want to get fancy, the parallel port offers at least 8 more controllable pins, though it is a little harder to force them to behave predictably. I cannot certify SAFETY, but the magnetic fields given off by these small coils are not very strong, and we are already in a life-and-death situation from the spooks' signals. I recommend that if an experimenter has epilepsy or a pacemaker that this experiment not be tried. I'll update this data as the experiment progresses; hope to have it working before Christmas. raven1