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Items in square brackets [ ] are comments inserted by me to clarify the original text.

[pg 65]

It is time that we closely examined brain control now that scientists
are actively seeking to unravel the mysteries that shroud that miniature
bioelectric giant known as the human brain.  Elements of brain control
can already be found in anti-collision radar technology involving birds.

It has also been substantiated that pumping energy in the gigahertz
range of frequencies through human heads, subjects can suddenly "hear"
without using their ears.

See Allan Frey's paper

[SNIP]

[pg 66]

It was during these [Frey] studies that a profoundly important discovery
was made:  Deaf subjects often had the ability to hear radio frequency
sound.  The clinical criterion was that, if a given person could hear audio
above 5 kHz [higher range of a piano] by bone or air conduction, then radio
frequency sound could be heard as well.

This and related work has resulted in the manufacture of radio frequency
[!!] type hearing aids for the deaf, one of which is made by LISTENING INC.,
6 Garden Street, Arlington, Mass., and is known as the Neurophone Model
GPF-1.  [Not Flanagan's Neurophone]  It operates at 100 kHz [about five
times the normal maximum hearing frequency] and employs crystal control.

[pg 67]

These observations tie in with the fact that some individuals can detect
radio programs through fillings in their teeth.  This phenomenon was 
technically verified by interposing shields between respective
people who exhibited this effect and the modulated radio frequency sources.

["Modulation" means "changes" are made to an otherwise steady signal.]

When the lower half of the head was covered, including the maxillary
dental area, the radio frequency sound was perceived.  The sound ceased
on covering the top half of the head.  While the mechanism responsible
for this phenomenon is only imperfectly understood, it can be assumed to be
the result of DIRECT cortical stimulation.

[In other words, even when the sound seems to be coming from the teeth, it
is actually being directly received and interpreted in the brain, not the
teeth.]

[SNIP]

[pg 68]



Brain-Wave Detection.  Some 40-odd years ago, university professor
F. Cazzamalli started publishing papers on the subject of brain-wave
detection [using radio signals] and implied that he had detected radiations
from the mind.  [See image above.]

As shown in Fig. 4, he placed his subjects in a shielded room (or Faraday
cage), emanated VHF radio waves through their heads, and claimed to have
recorded "beat frequencies" obtained with an untuned receiver consisting
of a galena crystal or diode tube [same thing for practical purposes],
a fixed capacitor, an antenna, and a sensitive light beam galvanometer.
[A "galvanometer" is a voltmeter; light beam types show up in physics
labs and are one of the most sensitive types of voltmeter.]

The trouble is that Cazzamalli never mentioned transmitter power in his
somewhat unprofessional papers [that's why we can't use this experiment
directly as standalone evidence].  His oscillograms meant to show variations
of the "beat" when his subjects were emotionally aroused or engaged in 
creative tasks when they were in the Faraday cage.  ["Beat" as used by
Cazzamalli refers to EEG-frequency, i.e. ELF,  traces.]

Later he told an astounded world that his subjects would hallucinate when
under the influence of his "oscillatori telegrafica", it's frequency being
around 300 MHz at the time.  [Aviation radios are in this range.]

Tom Jaski, a noted science writer and engineer duplicated some of
Cazzamalli's work with a modern low-power oscillator that was swept from
300 MHz to 600 MHz. [Cell phones start at over 900 MHz.]

His subjects could not see the dial.  They were told to sound off as soon
as they felt something unusual.  At a certain frequency range - varying
between 380 MHz adn 500 MHz - the subjects repeatedly indicated points 
with exact accuracy in as many as 14 out of 15 trials.  At these 
"individual" ...

[pg 69]

...frequencies, the same subjects announced having experienced pulsing
sensations in the brain, ringing in the ears, and an odd desire to bite
the experimenters.  [I'd like to do that anyway - preferably using a hungry
alligator!]

The oscillator's output power was only a few milliwatts, while the
oscillator itself was located several feet away from the subjects.

[Any experimenters out there want to try this?  Milliwatts are quite
safe for short term expermiments.  Kids' walkie talkies are 50 to 100
milliwatts, for example.]

[SNIP]

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