Which frequencies are the most noxious?
Excerpt from recent e-chats with retired Canadian Armed
Forces captain Jerry Flynn who spent 22 of his 26 years in the military in the
arcane fields of Electronic Warfare (EW) and Signals Intelligence (SIGINT). At
the zenith of his career, he was the Executive Officer and Operations Officer
at one of Canada’s largest and most sensitive intelligence-gathering stations,
where for two years he directed some 200-plus specially-trained radio operators
and technicians.
Jerry’s in his 80s and has been working full-time for 8 years
warning people about the great dangers of wireless. See his great
Powerpoint presentations:
Hi Andre,
In one of my slides it shows that frequencies between 1 GHz and
5 GHz are of most interest to the militaries for they penetrate more deeply all
organ systems of the body and therefore put all organs at risk. These
frequencies are especially harmful to the brain, central nervous system and
immune system.
From a military
perspective I can tell you that the most harmful modulations to use against
humans - or any living thing - is pulsed, of which there are various kinds. AM
or Amplitude Modulation too is harmful. The thing is, the human body, which is
a vanishingly small teensie, weensie DC electrical system is easily shocked by
each and every pulse or spike of AM signal. Think of these pulses/spikes being
jackhammers. While the human immune systems recognizes these pulses as alien
and tries to protect the body/brain against them, they body simply becomes too
exhausted and can no longer fight off the pulses/spikes.
Frequencies in the 1-5 GHz range are 'carrier' frequencies, not
the 'information carrying' or modulation frequencies.
Frequencies in the 1-100 KHz range would be the modulated
frequencies imposed upon the carrier frequencies. It is only when one
appreciates the frequency of the human brain (0.5-30 Hz) and other organs of
the body that one begins to understand how harmful 'modulated' frequencies in
this range can be to humans. That's why, for example, TETRA phones are so
dangerous: their carrier frequencies are in the order of, typically, 400
MHz, but their modulation frequencies (which carry the 'information' are in or
around 17 Hz, which is smack in the middle of a brain's range of frequencies.
Were you able to view Amplitude Modulation on an oscilloscope,
you'd see extremely sharp spikes of constantly varying heights, both above and
below the centre or 'carrier' frequency). Let's say your favourite AM station
is AM 980, the 980 actually means 980 KHz (or thousands of hertz). Human ears
cannot hear any of the AM carrier frequencies because they are too high for the
human hear. Frequencies we hear are called Audio Frequencies, which run from
about 10 Hz up to just 20 KHz. So, the carrier frequency, in this case, 980 Hz
is modulated (or has had piggy-backed on top of it the audio frequencies your
ears can hear, be it someone talking, singing, orchestras, whistling, etc.). Your
table radio simply de-modulates the signal it receives, meaning it STRIPS away
the AM 'carrier' frequency, leaving only the AUDIO frequency which
your ear can and does hear. The same principle applies to your FM radio band,
only FM stands for Frequency Modulation and the frequencies shown on your radio
(all of which are, again, simply carrier frequencies) run from 87.5 MHz to
106.5 MHz (M meaning mega or millions of hertz). FM modulation means that the
carrier frequency's shape is not altered in the vertical direction but in the
horizontal direction, ie., much like an accordion squishes in and stretches
out, if you know what I mean? In both AM and FM radio, your radio receiver
removes or strips away the AM or FM frequencies to which your radio dial is tuned,
leaving only the audio frequency that you can hear and listen to.
Link to the cell
phone patents:
2) "Cell Phone Companies Patent Cancer Shields," N.
Fleming and I. Cobain, The Times, London, 06-11-2001.
Link to the CTIA (Wireless Association) 2010 quote about safety
- http://ehtrust.wordpress.com/2010/12/20/has-the-fox-been-caught-in-the-henhouse/
Cheers,
Jerry
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