AAWSAP DIRD, Anomalous Acute and Subacute Field Effects on Human Biological Tissues, March 2010

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UNCLASSIFIED/}FOA OFFJiCJi11JL Wili O~ILY
Indeed, there is even a small amount of literature (less than a dozen good peer­
reviewed studies) that incorporates these ideas. McRee, Wachtel and associates have
studied ionic gradients in nerves, and compared thermal versus non-thermal injury
patterns. They have found the effects are independent of each other, and may be due
to involvement of the Sodium-Potassium = ATP-ase pump, that subtends the
functioning of all excitable tissues [27,32].
A very recent NATO meta-analysis has defined, on the other hand, low-thermal and
non-thermal broad band effects in humans that can be induced by "Non-lethal
Weapons" [33]. The development of an active denial system (ADS) in the mm-wave
region (94 GHz) at a distance of within 100 meters will cause localized heating and
discomfort.xii These wavelengths can not penetrate beneath the superficial layers of the
skin. They do stimulate localized pain and stimulation of dermal receptors of the lateral
spino-thalamic tract... which will afford direct and specific clues in evaluating claims of
injury: the receptors for pain, tickle, itch, and prickling sensation are we believe unique
to depth and frequency. Pulsed microwave weapons based on HPM (High Power
Microwaves) represent another example of a directed energy system. Typical systems
operate at 1-3 GHz {UHF-SHF; dm wavelengths}, and can penetrate deep into the
human body, and do not generate heat. Several controversial {non-replicated and not
to be reviewed here} studies do claim, however, that these frequencies will cause
dissolution of the blood-brain-barrier (BBB) integrity, and hence can cause subacute
injury. Changes in the cytoskeleton proteins occur only after higher than realistic pulse
repetition rates for the US systems under development as weapons. xiii
Chapter Four: Applicable Subacute Injury Effects
There is additional rich and established literature that describes well the subacute level
effects of {particularly} radio frequency and microwave fields (MF) on human and
animal tissue. (Figure Two)
It should also be mentioned, that beginning in the late '80s [34,35,36] low-level RF,
clearly athermal in incident energy, of time varying magnetic fields called PEMF (pulsed
electromagnetic fields) of 1-15 HZ, 2-8 Gauss began to be researched clinically for
bone-union, pain management, depression alleviation, and dermal cell repair. These
ELF multi-kilometer wave-length RF are excluded here, as the literature has shown no
injury potential for this bandwidth. That said; numerous reports on both the anomalous
event as well as the clinical medical literature describe the occasional "effects"
experiencers or patients utilizing such therapy sometimes report.
These effects include occasional mild and localized warmth when touching an object of
unknown provenance, or under the electrode: a pleasant mild itch or tickle sensation
{non-specific stimulation of paccianian and nociceptive skin receptors served by
peripheral un-myelinated nerves} and pleasant cognitive effects and relaxation.
Although we can hardly categorize such near-field effects as injuries, we note and
catalogue them as non-specific neurological "effects." There is no a priori reason to
xi i Unfortunately, the NATO study does not contain information on the power density, or the other technical
parameters to accomplish the ADS effect.
xiii We are, of course aware, that this series of studies is not to be limited to current technology, much less-only
"on-world" technology. A theoretical examination of these claims is thus underway, but is not in-scope for this
review.
UNCLASSIFIED/fFOA OFFICIAL Wili ONLY
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