I handed in the following letter to the office of my general medical practitioner Dr William O Connor, Hollymount Health Centre, Hollymount, Claremorris, Co. Mayo, Republic of Ireland this morning, Tuesday 10th November, 2020. It contains information which I have asked him in the letter to raise awareness of. I am placing the contents of it online because all should be aware of this ongoing corruption throughout the Republic of Ireland and throughout the rest of the world. Here below is a copy of the letter:-
Newbrook,
Claremorris,
Co. Mayo,
F12 Y560,
10th Nov, 2020.
FOR THE ATTENTION OF DR WILLIAM O CONNOR, HOLLYMOUNT HEALTH CENTRE, CO. MAYO.
Dear Dr O Conner,
I am herewith enclosing a scientific document called 'Remote Behavioral Influence Technology Evidence' by John J McMurtrey, which was written in 2003 and can be found online on a variety of websites. It clearly explains how microwave and ultrasound can be used from remote unknown locations against human beings and it is backed by hundreds of scientific references.
I personally know several Irish men and women who claim that they are being tortured by wireless remote means and I have a list of their names and contact details. Whenever they report this situation to the Gardai, psychiatrists or general medical practitioners they are immediately sent for psychiatric evaluation and afterwards they are then incarcerated in psychiatric hospitals where they are forced to ingest toxic chemicals which hinder their ability to elucidate their wireless torture experiences effectively. Because of this way of automatically treating anyone who comes forward with the truth about being wirelessly tortured from unknown remote locations the matter of wireless remote torture never gets dealt with and never gets solved. Meanwhile more and more Irish men and women are being wirelessly tortured with directed energy weapons and neurological weapons while they are inside the supposed safety of their own homes.
The side effects from the toxic chemicals which are being forceably administered inside psychiatric hospitals are so extremely distressing that those victims who are being wirelessly and remotely tortured by wireless directed energy weapons and neurological weapons are afraid to come forward and speak to those government appointed staff who have been given false authority over them lest they the victims be then forced to ingest still more of the toxic chemicals with the aforementioned distressing side effects by well meaning but uninformed psychiatric staff.
I will not speak to you or to anyone else face to face about this serious matter of wirelessly enabled remote torture being carried out in the Republic of Ireland on an ongoing basis because I am afraid that I may become legally compromised by psychiatric laws which would allow others to incarcerate me inside a psychiatric hospital in order to silence me. If you ask me about this topic in person I will invoke the right to remain silent in order to protect myself from unjust psychiatric laws. I personally believe that senior politicians, the main stream media, the Gardai, psychiatrists and general medical practitioners are under the influence of a certain amount of microwave mind control because if this were not the case this very serious problem of remote wireless torture would have been solved several decades ago.
The scientific document which I enclose contains only eight pages of reading because the rest of the document is composed of hundreds of scientific references. Please read it and please help to raise awareness of this problem among psychiatrists and medical personnel. Thank you for all your help down through the years. I remain in good mental health and I will see you at my next appointment.
Yours Sincerely,
_________________________
Gretta Fahey
_______________________________________________________________________________________
REMOTE BEHAVIORAL INFLUENCE TECHNOLOGY EVIDENCE
by John McMurtrey, 23 Dec, 2003
MICROWAVE HEARING
The first American[7][8] to publish on the microwave hearing effect was Allan H. Frey in 1962,
[9] yet radar technicians had anecdotes of microwave perception in World War II[10]. Deaf
and normal subjects, even with earplugs, can hear appropriately pulsed microwaves at least
up to thousands of feet from the transmitter[11]. Transmitter parameters above those
producing the effect result in a severe buffeting of the head with dizziness and nausea, while
parameters below the effect induce a pins and needles sensation. Peak power is the major
determinant of loudness, though there is some dependence on pulse width. Pulse modulation
appears to influence pitch and timbre. The effect "is the most easily and reliably replicated of
low power density (microwave) illumination."[12]. Review of human and animal microwave
hearing confirmation by independent investigators of the effect establishes validity. [13] [14]
[15][16] [17] Designs for scaring birds away from aircraft or other hazards by microwave
hearing[18] and induction of vertigo[19] exist.[20][21].
While working for the Advanced Research Projects Agency at Walter Reed Army Institute of
Research, Sharp and Grove discovered "receiverless" and "wireless" voice transmission. [22]
Their method was simple: the negative deflections of voiceprints from recorded spoken
numbers were caused to trigger microwave pulses. Upon illumination by such verbally
modulated energy, the words were understood remotely. The discovery"s applications are
"obviously not limited to therapeutic medicine" according to James C. Lin in Microwave
Auditory Effects and Applications.[23]
A Defense Intelligence Agency review of Communist literature affirmed microwave sound and
indicated voice transmission. The report states, "Sounds and possibly even words which
appear to be originating intracranially (within the head) can be induced by signal modulation
at very low average power densities."[24] Among microwave weapon implications are "great
potential for development into a system for disorientating or disrupting the behavior patterns
of military or diplomatic personnel." An Army Mobility Equipment Research and Development
Command report affirms microwave speech transmission with applications of "camouflage,
decoy, and deception operations."[25] "One decoy and deception concept presently being
considered is to remotely create noise in the heads of personnel by exposing them to low
power, pulsed microwaves . . . By proper choice of pulse characteristics, intelligible speech
may be created" quotes the report.
The Brunkan Patent # 4877027 "Hearing system" is a device capable of verbal microwave
hearing.[26] The invention converts speech for remote introduction into the head by parabolic
antenna with indication of direct microwave influence on neural activity. The microwave
spectrum granted is broad: 100-10,000 MHz (0.1-10 GHz.) Pulse characteristics are essential
to perception. Bursts of narrowly grouped, evenly spaced pulses determine sound intensity by
their amount per unit time. Although a wide spectrum is patented, with ranges of pulse and
burst duration, preferred operation has burst duration at 2 microseconds, and pulse duration
at 100 nanoseconds. Operation is at 1000 MHz, which is the frequency of optimal tissue
penetration.[27] Another patent application based on microwave bursts is "designed in such a
way that the burst frequencies are at least virtually equal to the sound frequencies of the
sounds picked up by the microphone," though the transducer here is not remote.[28]
Stocklin Patent # 4858612 "Hearing device" 7 affirms the microwave hearing effect. Stocklin
gives exposition to the concept that a microwave component is part of neurophysiology and
electroencephalogram (EEG) potentials.[29] Microwaves are considered both emitted and
absorbed by nerve cell membrane proteins. Microwaves generally excite the brain[30]
perhaps by influencing calcium,[31] a central ion in nerve firing.[32] Stocklin represents the
auditory cortex as normally producing microwave energy, which the device simulates, thus
eliciting sound sensation. Each acoustic tone is weighted for several microwave frequencies
by a formula called the mode matrix, which is used to calculate best perception requirements.
Observation of EEG desynchronization, delta waves, and brain wave amplitudes helps
calibrate the device.[33] The lowest frequency for hearing is estimated by the cephalic index.
Microwave speech transmission in this patent is unremote with the antenna over and sized for
the auditory cortex. Other patents have non-remote transducers of radiowave elicited hearing.
[34][35]
Descriptions in the above patents attribute microwave hearing to direct neural influence.
However, the most accepted mechanism in review is by thermoelastic expansion,12 most
likely inducing bone conducted hearing. The cochlea does appear to be involved, but not the
middle ear.14 This divergence of mechanism illustrates the non-thermal/thermal controversy.
US exposure standards are based on thermal effects, yet there are effects very difficult to
explain by thermodynamics.13[36] All accept thermal effects at some level, yet the thermal
only school is rather dogmatic related to liability issues of commercial[37] and national
security concern.[38] It must be said that the open literature regarding microwave hearing
indicates a thermo-acoustic mechanism.
"Communicating Via the Microwave Auditory Effect." is the title of a small business contract
for the Department of Defense. Communication initial results are: "The feasibility of the
concept has been established" using both low and high power systems.[39] A Freedom of
Information Act (FOIA) request as to the project"s outcome met with denial on the part of the
Air Force, on the grounds that disclosure "could reasonably be expected to cause damage to
national security."[40] Though the Air Force denied the FOIA disclosure, such a contract"s
purpose is elaborated by the Air Force"s "New World Vistas" report: "It would also appear
possible to create high fidelity speech in the human body, raising the possibility of covert
suggestion and psychological direction . . . . If a pulse stream is used, it should be possible to
create an internal acoustic field in the 5-15 kilohertz range, which is audible. Thus it may be
possible to "talk" to selected adversaries in a fashion that would be most disturbing to
them."[41] Robert Becker, whose eminence was enough to have been twice nominated for
the Nobel Prize in biological electromagnetic fields research, is more explicit: "Such a device
has obvious applications in covert operations designed to drive a target crazy with "voices" or
deliver undetectable instructions to a programmed assassin."[42]
The above Army efforts had results. A microwave voice transmission non-lethal weapon is
referenced in the thesaurus of the Center for Army Lessons Learned, which is a military
instruction website.18 The military thesaurus entry lists analogous devices using "silent
sound."[43][44]
[edit] ULTRASOUND TRANSMISSION OF VOICE
Internal voice capability, without discernment by others nearby. is also evident in ultrasoundbased technology. Lowrey Patent # 6052336 "Apparatus and method of broadcasting audible
sound using ultrasonic sound as a carrier" clearly focuses on non-lethal weapon application
against crowds or directed at an individual.[45] Communication is understood as an inner
voice with loss of the directional quality of sound perception. "Since most cultures attribute
inner voices either as a sign of madness, or as messages from spirits or demons, both of
which . . . evoke powerful emotional reactions", quotes the Lowrey patent"s effect on people.
Replaying speech, with a delay impedes talking and causes stuttering. Normal brain wave
patterns can be changed (or entrained), which "may cause temporary incapacitation, intense
feelings of discomfort." This technique is detailed by Monroe Patent # 5356368 "Method of
and apparatus for inducing desired states of consciousness", with license to Interstate
Industries and involves an auditory replication of brainwave patterns to entrain the EEG as
desired.[46]
Norris Patent # 5889870 "Acoustic heterodyne device and method", directionally produces
sound on interference (or heterodyning) of two ultrasound beams.[47] The cancellation leaves
the carried audible sound perceivable. The effect becomes apparent particularly within
cavities such as the ear canal. An individual readily understands communication across a
noisy crowed room without nearby discernment. Sound can also be produced from mid-air or
as reflecting from any surface.
American Technology Corporation, which licensed this patent, has an acoustic non-lethal
weapons technology,[48] a cooperative agreement with the Army Research & Development
Command,[49] and is working with numerous other government agencies.[50] The
corporation"s Long Range Acoustic Devices (LRADTM) account for 60% of military sales, and
have integration into the Navy"s situational awareness & radar surveillance systems[51] with
deployment on naval vessels and fleet harbors.[52] A popular magazine writer describes the
device"s inner nature of sound perception.[53] From separate references, non-lethal weapons
treatments affirm sound localization and individual ultrasound effect limitation[54] with obvious
lack of nearby discernment;[55] the latter by a non-lethal weapons program director. A similar
ultrasound method of limiting sound to one person, Audio Spotlight is marketed, with
exhibition at Boston"s Museum of Science and the Smithsonian National Air & Space
Museum.[56] Both the American Technology device and Audio Spotlight are discussed in an
article with some history of ultrasound acoustics, which has origins in sonar.[57] Other
acoustic influence methods may utilize ultrasound.[58][59]
[edit] TARGET TRACKING TECHNOLOGY
The maintenance of effects on people requires obstacle penetration and target tracking.
These internal voice capable energy forms penetrate obstruction and can be localized. Sound
transmission through enclosures is commonly experienced. An inaudible ultrasound high
intensity carrier wave is unnoticed. Solid defect inspection is one use of ultrasound, which is
being developed to discern movement through walls.[60] Common technology utilizes the
microwave hearing spectrum, which partly or completely encompasses cell phone,[61][62] TV,
and radar frequencies.[63] Commercial signals are not perceived, since the hearing effect
requires pulsation within the limits that elicit perception. A variety of antennae localize the
structurally penetrating microwave illumination with collimation or focusing.[64][65] A patent,
"compatible for mobile platforms with DEWs," (Directed Energy Weapons) includes a modified
Luneburg lens emitting parallel rays with over 50 years utilization.[66]
Hablov Patent # 5448501 "Electronic life detection system" is for microwave radar within the
hearing spectrum that finds and distinguishes individuals through obstruction.[67] Therein is
stated: "the modulated component of the reflected microwave signal . . . subjected to
frequency analysis . . . forms a type of "electronic fingerprint" of the living being with
characteristic features, which . . . permits a distinction between different living beings."
Though this patent has use in trapped victim rescue, another Hablov et. al. Patent # 5530429
"Electronic surveillance system" detects interlopers with security emphasis.[68] Other
literature describes the basic method.[69]
The Hablov et. al. patents discern people thru structures by vital organ motion, but others
offer more detailed imaging. Fullerton et. al. Patent # 6400307 "System and method for
intrusion detection using a time domain radar array" is such a design,[70] and is commercially
available as RadarVision by Time Domain.[71] Further designs for imaging within structures
include: a portable system determining suspect distance,[72] and presentations by the
International Society for Optical Engineering.[73][74] Software for displaying radar detection
on a personal computer is sold.[75]
Rowan Patent # 4893815 "Interactive transector device commercial and military grade"
describes the acquisition, locking onto, and tracking of human targets.[76] Stated therein:
"Potentially dangerous individuals can be efficiently subdued, apprehended and appropriately
detained." The capability of "isolating suspected terrorists from their hostages . . . or
individuals within a group without affecting other members of the group" is stated. Laser,
radar, infrared, and acoustic sensor fusion is utilized to identify, seek, and locate targets.
Locking illumination upon the target until weapons engagement accomplishes tracking.
Among available non-lethal weapons is an incapacitating electromagnetic painful pulse.
Another target tracking system is the Manportable Surveillance and Target Acquisition Radar
by Systems & Electronics, Inc., which is capable of tracking moving targets including
personnel. This system has an auto target track feature, and lists moving target detection as
12 km for a walking man.[77]
A track initiation processor acquires a target, while a data association filter maintains a
tracking lock on the target.[78] An original method for target tracking is the Kalman filter.
Numerous weapons guidance examples utilize similar processes and illuminate targets for
tracking. Laser illumination is also used for non-human targets.[79] Other examples utilize
microwave beam target recognition and weapons guidance.[80][81] Target illumination
tracking systems have nanosecond to microsecond response times. Such responses do not
require a wide scan area to lock illumination upon persons at achievable speeds. At 90 miles
per hour an auto travels less than 1/100 of an inch in a microsecond.
[edit] DISCUSSION
Ultrasound voice transmission technology is publicly demonstrated in museum exhibits. The
numerous microwave voice transmission citations rest on a considerable foundation of
microwave hearing literature. Internal voice non-lethal weapon applications are discussed in
many of the citations. There are examples of either existence or sales of non-lethal weapons
based on both technologies. Numerous designs involving human location, identification, and
tracking methods, have long demonstrated the feasibility of constructing devices capable of
producing internal voice continuously in isolated individuals. To deny such technological
capabilities in the face of extensive complaint is willfully to ignore documented development of
the relevant technologies and engineering competence for complete integration.
[edit] THOUGHT READING CAPACITY
Many people who report experiencing remote behavioral influence also perceive mind
reading. Thought reading capacity, or brain wave analysis word recognition, is seriously
reported. Publications by a Stanford group support and report recognition of specific words
from brain waves,[82][83][84][85] with recent enhanced success.[86] Other investigators
publish above chance magnetoencephalographic (MEG) word recognition.[87] The current
publications lack reference to a 1975 US government technical report of prior results from
Stanford comparable to the recent articles,[88] and an apparent Russian report of specific
EEG word recognition before 1981.[89] Electroencephalographic (EEG) instant detection by
syllables of "a content of category which the testee wishes to speak" quotes Kiyuna et. al.
Patent # 5785653 "System and method for predicting internal condition of live body."[90] A
stated use: "the present invention may be use (sic) to detect the internal condition of
surveillance in criminal investigation" by EEG. NEC Corporation licensed this patent. Remote
EEG communication with Armed Forces or clandestine application are the cited uses for
Mardirossian Patent # 6011991 "Communication system and method including brain wave
analysis and/or use of brain activity."[91] This patent affirms EEG word recognition, proposes
transmitter capable skin implants, utilizes neural networks (artificial intelligence), and is
licensed by Technology Patents, LLC.
Activation of brain cell assemblies provides a theoretical framework[92] for the above word
recognition reports, and extensive publications of averaged EEG word category
differentiation. These differentiation reports themselves are consistent with specific word
recognition, since their basis is by visual analysis of averaged categories, without the use of
sophisticated computer programs as are essential for specific word recognition. Based on
EEG/MEG responses, words can be differentiated as to length,[93] and visual nouns can be
differentiated from action verbs.[94][95][96][97][98] Brain wave patterns distinguish proper
names from common nouns,[99] animal names from numerals,[100] or content from function
words.[101][102][103][104] Face, arm, or leg action verbs are reported distinguished by brain
waves as well.[105][106] Concrete versus abstract words,[107] and unambiguous versus
ambiguous noun/verbs[108] have distinctive EEG patterns.
Some of these word category differentiation reports are consistent with both the specific
recognition reports, and/or the differentiation of non-verbal cognition. Based on EEG/MEG
responses, words are readily distinguished from non-words,[109][110][111] or pictures.[112]
EEG differentiation of words rated as to affective meaning such as good-bad, strong-weak, or
active-passive is reported.[113][114] Other literature indicates EEG differentiation of
completely non-verbal cognition. Emotion differentiation by EEG is patented, referencing Air
Force research.[115] Movement anticipation potentials (bereitschaftspotential) and those of
actual movement are detectable by EEG. [116][117] EEG movement signals have been used
to move a cursor left or right,[118] and just the imagination of movement is sufficiently
distinguished by EEG to control switches,[119] or control prosthesis grasp.[120] Guiding
robots through simulated rooms by EEG detection of imagining the spinning of cubes or arm
rising of appropriate direction is reported.[121][122][123] Even more complex grasping and
reaching robot arm control has been achieved by signals from implanted brain electrodes in
monkeys without body arm movement.[124] A number of groups have developed procedures
to detect deception based on the P300 (positive @ 300 millisec.) event related potential
(ERP) from EEG.[125] [126][127][128][129][130] A commercial system, Brain Fingerprinting,
[131] which includes analysis of a late negative ERP potential and frequency analysis in
addition to the P300, even asserts 100% accuracy over five separate studies.[132] [133] [134]
[135] [136][137]
Functional magnetic resonance imaging (fMRI) studies also report differentiation of cognitive
states. Different fMRI brain activation loci for face, natural and manufactured object
recognition are reviewed.[138] Neural network differentiation of fMRI response to noun
categories for fish, four legged animals, trees, flowers, fruits, vegetables, family members,
occupations, tools, kitchen items, dwellings, and building parts is reported.[139] Distinguishing
truthful from deceptive responses by fMRI is also reported.[140] [141] [142] [143] The ability
to discern the state of romantic love towards an individual by fMRI has report as well.[144]
The research arm of agencies with missions to covertly acquire information would certainly
develop to operational capability any technologic thought reading potential. Assertions that
such development has progressed are multiple, and two are confirmed by details of the 1975
government EEG specific word recognition report, which itself is evidence of development
covert to open databases.83 An International Committee of the Red Cross Symposium
synopsis states EEG computer mind reading development by Lawrence Pinneo in 1974 at
Stanford.[145] A letter by the Department of Defense Assistant General Counsel for
Manpower, Health, and Public Affairs, Robert L. Gilliat in 1976 affirmed brain wave reading by
the Advanced Research Projects Agency.[146] "Thought reading or synthetic telepathy"
communications technology procurement is considered in a 1993 Jane"s[g] Special
Operations Forces (SOF) article: "One day, SOF commandos may be capable of
communicating through thought processes."[147] Descriptive terms are "mental weaponry
and psychic warfare" Although contemplated in future context, the availability of a technology
without adaptation to troop level requirements is implied, since anticipation of mobile
deployment would have to assume prior development.
In 1976, the Malech Patent # 3951134 "Apparatus and method for remotely monitoring and
altering brain waves" was granted.[148] Example of operation is at 100 and 210 MHz;
frequencies penetrating obstruction. "The individual components of the system for monitoring
and controlling brain wave activity may be of conventional type commonly employed in radar";
and "The system permits medical diagnosis of patients, inaccessible to physicians, from
remote stations" are quotes indicating remote capacity. License is to Dorne & Margolin Inc.,
but now protection is expired with public domain. The Malech patent utilizes interference of
210 and 100 MHz frequencies resulting in a 110 MHz return signal, which is demodulated to
give EEG waveform.
The capability of remote EEG is predicted by electromagnetic scattering theory using
ultrashort pulses, which are not part of the Malech patent.[149] Ultrashort pulses are currently
defined in the range of 10-12 to 10-15 second. Considering that EEG word elicited potentials
are comparatively long (hundreds of milliseconds), indicates that remote radar EEG capture is
adequate to word recognition, with ultrashort pulses allowing some 109 or more radar
reflections in a millisecond (10-3 sec.)
The possibility of impressing an "experience set" on an individual by ultrashort pulses is also
contemplated.143 The above patent can alter brain waves as well as detect them. Microwave
non-lethal weapon brain wave disruption[150] and behavioral change including
unconsciousness[151] are known.35
The above EEG telemetry patent and ultrashort pulse method are by active radar probe. Yet a
passive field extends as far as 12 feet from man as detected by a cryogenic antenna.[152] A
technical article maintains this device as entirely adaptable to clandestine applications, and
pointedly comments on the disappearance of physiological remote sensing literature since the
1970"s for animals and humans, while all other categories of remote sensing research greatly
expanded.[153]
[edit] DISCUSSION
Complete rejection of assertions of a remote mind reading capability is just as presumptuous,
in the face of complaints, as has been the dismissal of internal voice capacity. Considerable
capacity to detect and differentiate mental states is evident from literature reports particularly
by EEG. The fact that EEG movement imagination signals are detected for robot guidance on
a voluntary unprompted basis[121] [122] [123] suggests a similar capacity is feasible for
specific EEG word identification, which has only been reported for word prompted responses.
Though references to remote EEG are less, they provide plausibly exploitable mechanisms,
which may be covertly developed.
[edit] LEGAL AND INTERNATIONAL REFERENCES TO BEHAVIORAL INFLUENCE
TECHNOLOGIES
References to behavioral influence weapon use by government bodies and international
organizations are numerous. Negotiation submissions to the United Nations Committee on
Disarmament affirm the reality of microwave weapon nervous system effects.[154] European
Parliament passage of resolutions calling for conventions regulating non-lethal weapons and
the banning of "weapons which might enable any form of manipulation of human
beings" [155] includes neuro-influence capability.[156] A resolution relates to HAARP, High
Frequency Active Auroral Research Project, which has environmental consequences, and
although utilizing high frequency, ionospheric extra low frequencies (ELF) emanation results.
Since ELF is within brain wave frequencies the project has capacity to influence whole
populations.[157][158] President Carter"s National Security Advisor, Zbigniew Brzezinski,
predicted development of such capacity.[159] Nature News reports concern by a French
government panel about the potential for thought reading and such a remote capacity.[160]
An American draft law prohibiting land, sea, or space-based weapons using electromagnetic,
psychotronic (behavioral influence), and sound technologies "directed at individual persons or
targeted populations for the purpose of information war, mood management, or mind control"
has not yet passed.[161] Russian electromagnetic standards are nearly 1000 times lower
than the West, so their weapon law forbidding electromagnetic weapons exceeding Health
Department parameters is strict.[162] The Russian draft law explicitly references behavioral
influence non-lethal weapons, and development in several countries.[163] Resolutions by the
International Union of Radio Science recognize criminal use of electromagnetic technology,
though largely relevant to use against infrastructure.[164]
[edit] MICROWAVE AND ULTRASOUND USE AGAINST HUMANS
The microwave irradiation of the American Embassy in Moscow received little publicity until
the winter of 1976 instillation of protective screening, but irradiation was known since 1953.34
Original frequencies were 2.56-4.1 GHz with additional intermittent 0.6-9.5 GHz signals being
permanent by 1975 in a wide band frequency hopping[h] consistent pattern with one signal
pulsating. The irradiation was directional from nearby buildings and modulated. Complaint to
the Soviets had no avail, but the signals disappeared in January 1979 "reportedly as a result
of a fire in one or more of the buildings."[165] A 9-11 GHz signal recurred in 1988.[166]
Observed frequencies are basically within the microwave hearing spectrum, and pulsation is
required. Psychiatric cases occurred during the exposure period, though no epidemiologic
relationship was revealed with fully a quarter of the medical records unavailable, and
comparison with other Soviet Bloc posts.159 The CIA had Dr. Milton Zaret review medical
Soviet microwave literature to determine the purpose of the irradiation. He concluded the
Russians "believed the beam would modify the behavior of the personnel."[167] In 1976 the
post was declared unhealthful and pay raised 20% 140
The most documented citizen microwave irradiation was of peace protesters at Greenham
Common American Air Force Base in Berkshire England, who prompted investigation of
unusual symptoms.[168] Radiation measurements exhibited microwaves with symptom
experience up to a hundred times the background level, and rose sharply on protests nearer
the base.160 Symptoms became pronounced on cruise missile transport, a protest focus.160
Recorded were wide ranging complaints: skin burns; "severe" headaches; drowsiness;
temporary paralysis; incoordinated speech; two late (5 mos.) spontaneous abortions; an
apparent circulatory failure; and unlike usual menstrual synchronization, irregular or
postmenopausal menstruation. The symptom complex fits well with electromagnetic exposure
syndrome 160 It has also been reported that some of the women "heard voices."[169] The
base closed finally in 1991.
Criminal directed energy weapon use has been reported in Germany.[170] In a number of
cases there is similarity of circumstances, complaints, and symptoms. In at least one case
microwave fields have been measured with exclusion of the usual sources (cell phone towers,
etc.)[171] Plans for construction of a crude device from a microwave oven are sold.[170]
Measurement of non-ionizing radiation fields in the vicinity of an Australian victim is described.
[172] The intensity ranged from 7 mV in an adjacent room to 35 mV next to the head. The
victim suffered from multiple personality disorder attributed to ritual abuse, and claimed an
implant with radiological evidence.
Ultrasound behavioral influence technology use in Northern Ireland is cited [173] The device
could focus on one person; and utilized ultrasound cancellation like those patented. It was
employed in Vietnam by the Americans, and is known as the squawk box. Mentioned
infrasound frequency (ultrasound carrier directed) is like Loos 1/25/00 patent, with
psychological effects summarized as "spooky." More detail by a defense journalist is quoted:
"When the two frequencies mix in the human ear they become intolerable. Some people
exposed to the device are said to feel giddy or nauseous and in extreme cases they faint.
Most people are intensely annoyed by the device and have a compelling wish to be
somewhere else." [174] British police inventories list the specific device, though a spokesman
denied use.[166]
Sophisticated behavioral influence capability is confirmed by ex-intelligence officers. Julianne
McKinney, Director of The National Security Alumni Electronic Surveillance Project is
prominent. This is a largely classified employee victim study with internal voice transmission
avowal.[175]
CONCLUSION
The logic in the prediction by Brzezinski[176] of the appearance of a more controlled and
directed society dominated by a power elite willing to use the latest modern techniques for
influencing behavior without hindrance by liberal democratic values is compelling.153
Potential behavioral influence targets are multiple. Since those supposedly expert regard a
victim"s perceptions as psychotic, all complaints are disregarded, not to mention capability to
bear witness. Targets may include anyone worth neutralization: domestic adversaries;[177]
security risks, which may only comprise classified disclosures; persons witnessing serious
improprieties; and those prone to committing advantageous felonies. Legality is readily
circumvented by executive orders, (particularly declaration of a crisis or emergency situation),
which can be sealed, and this prerogative is only accountable to co-equal branches of
government as is now the case with terrorism suspects. Internal voice technology is most
applicable within the same language and culture. Space here limits more than mention of
remote EEG influence capacity, hypnosis, and footnoting remote subliminal technique.
Hypnotic or subliminal message presentation represent particularly insidious means of
influencing thought, mood, behavior, and undermining civil liberties.
Most complainants allege public sector involvement or sub-contracted private companies.
[178] Remote behavioral influence research has long been funded by the US,39 with
evidence of development19 22 36 45 46 and weapons,18 44 47 48 51 though denying on
national security grounds project results37 and foreign literature analyses.[179] Some thirty
countries evidence active behavioral influence weapon research.[180]
Though there is some scant psychoanalytical acknowledgement,[181] current medical
awareness ensures effective neutralization of the afflicted. Not all those affected are
stigmatized. However phenomena of "hearing voices", or perception of remote manipulation,
when recounted to health professionals results in various stigmatizing diagnoses,[182][183]
totally without investigation. Determination of relevant fields around complainants is
mandatory, or abatement by proven shielding of such phenomena. Professional opinions
formed without excluding these technologies are negligent.
The medical community has long heard either identical or similar complaint[184] to that above
delineated as known internal voice technology from numerous victims. This fact indicts the
scholarship and presumption of impossibility evident in the pertinent medical literature. In
addition, microwave bioeffects have considerable congruence with reported symptoms of
major psychosis other than "voices." [185] All of society should be disturbed at the prospect of
technologic induction of voice, since the unaware subject would perceive such voices as his
own natural thought, without such an assault as to provoke complaint.
It is difficult to deny the level of substantiation for the possibility that a thought reading
capacity exists, even with references that support a remote basis. The logic that in the thirty
years since the Pinneo work started, this capability has had full development is too sound to
dismiss victim corroboration. It would have to be admitted that funding for projects by the
defense and security agencies is considerably greater than for open science, and that thought
reading would be a priority area. Educated democracies should not be complacent at this
prospect, given the potential for political control, and existence of a remote EEG method in
the public domain.
Acknowledgements: Thanks are given to God for inspiration, and a benefactor of Christians
Against Mental Slavery for financial support. There is gratitude also to Dr. Paul Canner, and
Dr. Allen Barker for their suggestions.
All patents are printable from the U. S. Patent Office website.
EEG word recognition articles are printable thru Pubmed as designated.
Each is free
Pinneo LR and Hall DJ. "Feasibility Study for Design of a Biocybernetic Communication
System" is available from Christians Against Mental Slavery at info@slavery.org.uk.
[edit] References
1. ↑ Address: 903 N. Calvert St., Baltimore MD 21202. Email- Johnmcmurt at aol.com -
Phone- 410-539-5140.
2. ↑ Financial contribution to this article was made by fellow members of Christians Against
Mental Slavery.
3. ↑ Citizens Against Human Rights Abuse, Director, Cheryl Welsh, - 915 Zaragoza Street,
Davis, CA 95616, USA. Website at http://www.dcn.davis.ca.us/~welsh/, Email is
welsh@dcn.davis.ca.us
4. ↑ Christians Against Mental Slavery, Secretary, John Allman, 98 High Street,
Knaresbourough, N. Yorks HG5 0HN, United Kingdom. Email is info@slavery.org.uk
5. ↑ Moscow Committee for the Ecology of Dwellings, Chairman, Emile Sergeevne
Chirkovoi, Korpus 1006, Kvrtira 363, Moscow Zelenograd, Russia 103575. Website at
http://www.moskomekologia.narod.ru. Email is moskomekologia@narod.ru
6. ↑ International Movement for the Ban of Manipulation of the Human Nervous System by
Technologic Means, Founder, Mojmir Babacek, P. O. Box 52, 51101 Turnov, Czech Republic,
Europe. Website at http://www.geocities.com/CapeCanaveral/Campus/2289/webpage.htm.
Email is mbabacek@iol.cz
7. ↑ American discovery may not be the first. Soviet and East European electromagnetic
bioeffect literature is prior, more extensive, and transparent. A translated Russian treatment is
the next text reference, which refers to F. Cazzamalli, an Italian, who mentioned
radiofrequency hallucination about 1920.
8. ↑ Presman AS. Electromagnetic Fields and Life Plenum, New York-London, 1970.
Presman mentions Cazzimalli and another English reference to this Italian work is at
http://www.datafilter.com/mc/jaski.html p 2, a semi-popular treatment with references.
9. ↑ Frey AH. "Human Auditory System response to modulated electromagnetic energy" J
Applied Physiol 17 (4): 689-92, 1962. Also at http://www.raven1.net/frey.htm
10. ↑ Stocklin PL. Patent #4858612 "Hearing device" USPTO granted 8/22/89.
11. ↑ Frey AH and Messenger R. "Human Perception of Illumination with Pulsed UltrahighFrequency Electromagnetic Energy" Science 181: 356-8, 1973.
12. ↑ Eichert ES and Frey AH. "Human Auditory System Response to Lower Power Density
Pulse Modulated Electromagnetic Energy: A Search for Mechanisms" J Microwave Power
11(2): 141, 1976.
13. ↑ Michaelson SM. "Sensation and Perception of Microwave Energy" In: Michaelson SM,
Miller MW, Magin R, and Carstensen EL (eds.) Fundamental and Applied Aspects of
Nonionizing Radiation Plenum Press, New York, p 213-24, 1975.
14. ↑ Puranen L and Jokela K. "Radiation Hazards Assessment of Pulsed Microwave
Radars" J Microwave Power Electromagn Energy 31(3): 165-77, 1996.
15. ↑ Hermann DM and Hossman K-A. "Neurological effects of microwave exposure related
to mobile communication" J Neurol Sci 152: 1-14, 1997.
16. ↑ Lai H. "Neurological Effects of Radiofrequency Electromagnetic Radiation" In: Lin JC
(ed.) Advances in Electromagnetic Fields in Living Systems vol 1, Plenum, N Y & London, p
27-80, 1994.
17. ↑ Elder JA and Chou CK. "Auditory Responses to Pulsed Radiofrequency Energy"
Bioelectromagnetics Suppl 8: S162-73, 2003. Also at http://www3.interscience.wiley.com/cgibin/fulltext/106565261/PDFSTART (cached) and
http://grouper.ieee.org/groups/scc28/sc4/Human%20Perception%20FINAL.pdf (cached)
18. ↑ Kreithen ML. Patent #5774088 "Method and system for warning birds of hazards"
USPTO granted 6/30/98.
19. ↑ Lenhadt ML and Ochs AL. Patent #6250255 "Methods and apparatus for alerting
and/or repelling birds and other animals" USPTO granted 6/26/01.
20. ↑ Nordwall BD. "Radar Warns Birds of Impending Aircraft" Aviation Wk Space Technol
March 10, p 65-6, 1997.
21. ↑ Center for Army Lessons Learned Thesaurus at
http://call.army.mil/products//thesaur/00016275.htm
22. ↑ Justesen DR. "Microwaves and Behavior" Am Psychologist, 392(Mar): 391-401, 1975.
Excerpted reference at http://www.raven1.net/v2succes.htm
23. ↑ Lin JC. Microwave Auditory Effects and Applications Thomas, Springfield Ill, p 176,
1978.
24. ↑ "Surveillance Technology, 1976: policy and implications, an analysis and compendium
of materials: a staff report of the Subcommittee on Constitutional Rights of the Committee of
the Judiciary. United States Senate, Ninety-fourth Congress, second session, p 1280, US
GOV DOC Y 4.J 882:SU 7/6/976.
25. ↑ Oskar KJ. "Effects of low power microwaves on the local cerebral blood flow of
conscious rats" Army Mobility Equipment Command Report,. # AD-A090426, 1980. Available
form NASA Technical Reports. Abstract at http://www.raven1.net/v2s-nasa.htm
26. ↑ Brunkan WB. Patent #4877027 "Hearing system" USPTO granted 10/31/89.
27. ↑ Frey AH. "Behavioral Biophysics" Psychol Bull 63(5): 322-37, 1965.
28. ↑ Thijs VMJ. Application #WO1992NL0000216 "Hearing Aid Based on Microwaves"
World Intellectual Property Organization Filed 1992-11-26, Published 1993-06-10. Also at
http://www.delphion.com/details?pn=WO09310730A1 Not a US Patent.
29. ↑ Stocklin PL and Stocklin BF. "Possible Microwave Mechanisms of the Mammalian
Nervous System" T-I-T J Life Sci 9: 29-51, 1979.
30. ↑ Beason RC and Semm P. "Responses of neurons to an amplitude modulated
microwave stimulus" Neurosci Lett 333: 175-78, 2002.
31. ↑ Adey WR. "Biological Effects of Low Energy Electromagnetic Fields On the Central
Nervous System" NATO Advanced Study Institute on Advances in Biological Effects and
Dosimetry of Low Energy Electromagnetic Fields Erice Italy, Plenum, p 359-391, 1981.
32. ↑ Shepherd GM. Neurobiology 2nd ed. Oxford Univ. Press, New York-Oxford, p146-7,
1988.
33. ↑ Bise W. "Low power radio-frequency and microwave effects on human
electroencephalogram and behavior" Physiol Chem Phys 10(5): 387-98, 1978.
34. ↑ Puharich HK and Lawrence JL. Patent #3629521"Hearing systems" USPTO granted
12/21/71.
35. ↑ Flanagan GP. Patent #3393279 "Nervous System Excitation Device" USPTO granted
7/16/68.
36. ↑ Frolich H. "The Biological Effects of Microwaves and Related Quiestions" Adv
Electonics Electron Physics 53: 85-152, 1980.
37. ↑ Steneck NH. The Microwave Debate MIT Press Cambridge, Mass, London Eng, 1984.
38. ↑ Becker RO. Cross Currents Jeremy P. Tarcher, Inc, Los Angeles, St Martin"s Press, p
297-304 & p 303-4, 1990.
39. ↑ Kohn B. "Communicating Via the Microwave Auditory Effect" Defense Department
Awarded SBIR Contract # F41624-95-C9007, 1993. Also at
http://es.epa.gov/ncer_abstracts/sbir/other/monana/kohn.html & http://www.raven1.net/v2skohn.htm
40. ↑ Margo P. Cherney Freedom of Information Act Memorandum at http://www.raven1.net/
usafletr.jpg
41. ↑ Castelli CJ. "Questions Linger about Health Effects of DOD"s "Non-Lethal Ray" Inside
the Navy 14(12): 1-6, 2001. http://globalsecurity.org/org/news/2001/e20010327questions.htm
42. ↑ Becker RO and Selden G. The Body Electric: Electromagnetism and the Foundation of
Life Quill William Morrow, New York, p 319 & 320, 1985.
43. ↑ Also called S-quad, Silent Sounds, Inc. licensed Lowery Patent #5159703 "Silent
subliminal presentation system", and has advanced brain wave entrainment technology (vide
infra) with several classified patents. (See http://www.mindspring.com/~silent/menu.htm and
links.) Unessential is individual direction, but possible by ultrasound.
44. ↑ Lowery OM. Patent #5159703 "Silent subliminal presentation system" USPTO granted
10/27/92.
45. ↑ Lowrey A. Patent #6052336 "Apparatus and method of broadcasting audible sound
using ultrasonic sound as a carrier" USPTO granted 4/18/00.
46. ↑ Monroe RA. Patent #5356368 Method of and apparatus for inducing desired states of
conscisousness" USPTO granted 10/18/94.
47. ↑ Norris EG. Patent #5889870 "Acoustic Heterodyne device and method" USPTO
granted 3/20/99.
48. ↑ American Technology Corporation Announces Acoustic Non-Lethal Acoustical Weapon
Technology for Military and Law Enforcement, press release of 10/30/01.
49. ↑ American Technology Corporation Shareholder Alert, press release of 4/23/03 at http://
www.atcsd.com/PressReleases/04_23_03.html
50. ↑ American Technology Corporation Announces Generation II HSSR Emitter at Annual
General Meeting, press release of 5/30/03 at
http://www.atcsd.com/PressReleases/05_30_03.html
51. ↑ American Technology Corporation Awarded Key Military Contract to Deliver Modified
Long Range Acoustic Devices (LRADTM) press release of 10/21/03 at http://www.atcsd.com/
PressReleases/10_21_03.html
52. ↑ American Technology Corporation Announces Expansion of Military Business press
release of 6/30/03 at http://www.atcsd.com/PressReleases/06_30_03.html
53. ↑ Sparrow D. "Best of What"s New Grand Award Winner: Hypersonic Sound" Popular
Science, Dec, p 94, 2002. Also at
http://www.popsci.com/popsci/bown/article/0,16106,388134,00.html
54. ↑ Bunker RJ (ed.) Less-than-lethal Weapons: Reference Guidebook Los Angles Calif
{National Law Enforcemnt and Corrections Technology, Western Region}, 2000. Similar
treatment is Bunker RJ (ed.) "Nonlethal Weapons Terms and References" INSS Occasional
Paper 15, USAF Institute for National Security Studies, USAF Academy, Colorodo at
http://www.usafa.af.mil/inss/OCP/ocp15.pdf
55. ↑ Alexander JB. Future War: Non-Lethal Weapons in Twenty-First-Century Warfare, St.
Martin"s Press, New York, p. 101, 1999.
56. ↑ Audio Spotlight, Holosonic Research Labs, 51 Water Street Watertown, MA 02472 at
http://www.holosonics.com/
57. ↑ Lawton G. "They are playing my tune" New Scientist 9 Sept. p 38-42, 2000.
58. ↑ Loos Patent # 6017302 "Subliminal acoustic manipulation of nervous system" can
"cause relaxation, drowsiness, or sexual excitement, depending on the precise acoustic
frequency near " Hz used. The effects of the 2.5 Hz resonance include slowing of certain
cortical processes, sleepiness, and disorientation."
59. ↑ Loos HG. Patent #6017302 "Subliminal acoustic manipulation of nervous systems"
USPTO granted 1/25/00.
60. ↑ Hunt A, Tillery C, and Wild N. "Through-the-Wall Surveillance Technologies"
Corrections Today 63(4): 132-3, 2001. Also at
http://www.ojp.gov/nij/sciencetech/aca/07_01.pdf
61. ↑ Frey AH. "Headaches from Cellular Telephones: Are They Real and What Are the
Implications" Environ. Health Perspect. 106(3): 101-3, 1998.
62. ↑ Lin JC, "Cellular Telephones and Their Effect on the Human Brain" Mob Comput and
Comm Review, 3(3): 34-5, July, 1999. Also at
http://www.eecs.uic.edu/eecspeople/lin_acm3.htm
63. ↑ Nolan PJ, Fundaments of College Physics Wm. C. Brown: Dubuque, Iowa, Melbourne,
Australia, Oxford England, p 716, 1993.
64. ↑ Reits BJ. Patent #5736966 "Adjustable microwave antenna" USPTO granted 4/7/98.
65. ↑ Maier G and Harrison D. Patent #5825554 "Lenses with a variable refraction index"
USPTO granted 10/20/98.
66. ↑ Jasper LJ. Patent #6407708 "Microwave generator/radiator using photoconductive
switching and dielectric lense" USPTO granted 6/18/02.
67. ↑ Hablov DV, Fisun OI, Lupichev LN, Osipov VV, Schestiperov VA, and Schimko R.
Patent #5448501 "Electronic life detection system" USPTO granted 9/5/95.
68. ↑ Hablov DV, Fisun OI, Lupichev LN, Osipov VV, Schestiperov VA, and Schimko R.
Patent #5530429 "Electronic surveillance system" USPTO granted 6/25/96.
69. ↑ Giori FA and Winterberger AR. "Remote Physiological Monitoring Using a Microwave
Interferometer" Biomed Sci Instr 3: 291-307, 1967.
70. ↑ Fullerton LW and Richards JI. Patent #6400307 "System and method for intrusion
detection using a time domain radar array" USPTO granted 6/4/02.
71. ↑ Time Domain Corporation, Cummings Research Park, 7057 Old Madison Pike, Suite
250, Huntsville, AL 35806 at http://www.radarvision.com/ , company website is at
http://www.timedomain.com/
72. ↑ Nacci P. "Radar-Based Through-the-Wall Surveillance System" National Law
Enforcement and Corrections Center at http://www.raven1.net/nij_p26.htm
73. ↑ Ferris DD. "Microwave and millimeter-wave systems for wall penetration" SPIE
Proceedings 3375: 269-79, 1998.
74. ↑ Frazier LM. "Surveillance through walls and other opaque materials" SPIE Proceedings
2497: 115-19, 1995.
75. ↑ Radar PC at http://www.salsburg.com/product/radar.html
76. ↑ Rowan L. Patent #4893815 "Interactive transector device commercial and military
grade" USPTO granted 1/16/90.
77. ↑ Systems & Electronics Inc., 201 Evans Ave., St. Louis MO 63121, Manportable
Surveillane and Target Acquisition Radar at http://www.seistl.com/images/pdf/mstar.pdf
Company website is at http://www.seistl.com/directions.html
78. ↑ Brookner E. Tracking and Kalman Filtering Made Easy Wiley, New York, 1998.
79. ↑ Tisdale GE and Lindemann HB. Patent #4497065 "Target recognition system
enhanced by active signature measurements" USPTO granted 1/29/85.
80. ↑ Peralta EA and Reitz KM. Patent #4562439 "Imaging radar seeker" USPTO granted
12/31/85.
81. ↑ Ahlstrom LGW. Patent #4796834 "Method for combating of targets and projectile or
missile for carrying out the method" USPTO granted 1/10/89.
82. ↑ Suppes P, Lu Z, and Han B. "Brain wave recognition of words" Proc Natl Acad Sci 94:
14965-69, 1997. Printable free online thru Pubmed or at
http://www.pnas.org/cgi/content/full/94/26/14965
83. ↑ Suppes P, Han B, and Lu Z. "Brain-wave recognition of sentences" Proc Natl Acad Sci
95: 15861-66, 1998. Printable free online thru Pubmed or at
http://www.pnas.org/cgi/content/full/95/26/15861
84. ↑ Suppes P, Han B, Epelboim J, and Lu Z. "Invariance of brain-wave representations of
simple visual images and their names" Proc Natl Acad Sci 96: 14658-63, 1999. Printable free
online thru Pubmed or at http://www.pnas.org/cgi/content/full/96/25/14658
85. ↑ Suppes P, Han B, Epelboim J, and Lu ZL. "Invariance between subjects of brain wave
representations of language" Proc Natl Acad Sci 96(22): 12953-8, 1999. Printable free online
thru PubMed or at http://www.pnas.org/cgi/content/full/96/22/12953
86. ↑ Suppes P and Han B. "Brain-wave representation of words by superposition of a few
sine waves" Proc Natl Acad Sci 97: 8738-43, 2000. Printable free online thru Pubmed or at
http://www.pnas.org/cgi/content/full/97/15/8738
87. ↑ Assadullahi R and Pulvermuller F. "Neural Network Classification of Word Evoked
Neuromagnetic Brain Activity" In: Wermter S, Austin J, and Willahaw D (eds.) Lecture Notes in
Artificial Intelligence: Emergent Neurocomputational Architechures Based on Neuroscience
Heidelberg Springer, p 311-20, 2001. More limited preliminary communication at
http://www.his.sunderland.ac.uk/durhamab/ramin.doc
88. ↑ Pinneo LR and Hall DJ. "Feasibility Study for Design of a Biocybernetic
Communication System" Report #ADA017405 National Technical Information Service, 1975.
Prepared for the Advanced Research Projects Agency Order #2034, Program Code #2D20,
Contractor: Stanford Research Institute Contract dates: 2/9/72-8/31/76, SRI Project
LSU-1936. (US cost ~$50.)
89. ↑ Selden G. "Machines That Read Minds" Sci Digest Oct 89: 60-6, 1981. Also at
http://www.datafilter.com/mc/machinesThatReadMinds.html
90. ↑ Kiyuna T, Tanigawa T, and Yamazaki T. Patent #5785653 "System and method for
predicting internal condition of live body" USPTO granted 7/28/98.
91. ↑ Mardirossian A. Patent #6011991 "Communication system and method including brain
wave analysis and/or use of brain activity" USPTO granted 1/4/00.
92. ↑ Pulvermuller F. "Words in the brain"s language" Behav Brain Sci 22: 253-336, 1999.
93. ↑ Assadollahi R and Pulvermuller F. "Neuromagnetic evidence for early access to
cognitive represtentations" Cog Neurosci Neurophysiol 12(2): 207-13, 2001.
94. ↑ Preissl H, Pulvermuller F, Lutzenberger W, and Birbaumer N. "Evoked potentials
distinguish between nouns and verbs" Neurosci Lett 197: 81-3, 1995.
95. ↑ Pulvermuller F, Mohn B, and Schleichert H. "Semantic or lexico-syntactic factors: what
determines word-class specific activity in the human brain?" Neurosci Lett 275: 81-4, 1999.
96. ↑ Pulvermuller F, Lutzenberger W, and Preissl H. "Nouns and Verbs in the Intact Brain:
Evidence from Event-retlated Potentials and High-frequency Cortical Responses" Cerebral
Cortex 9(5): 497-506, 1999.
97. ↑ Pulvermuller F, Preissl H, Lutzenberger W, and Birbaumer N. "Brain Rhythms of
Language: Nouns Versus Verbs" Eur J Neurosci 8: 917-41, 1996.
98. ↑ Kellenbach ML, Wijers AA, Hovius M, Mulder J, and Mulder G. "Neural Differentiation
of Lexico-Syntactic Categories or Semantic Features? Event-Related Potential Evidence for
Both" J Cog Neurosci 14(4): 561-77, 2002.
99. ↑ Muller HM and Kutas M. "What"s in a name? Electrophysiological differences between
spoken nouns, proper names and one"s own name" Neuroreport 8: 221-5, 1996.
100. ↑ Dehaene S. "Electrophysiological evidence for category-specific word processing"
Neuroreport 6: 2153-7, 1995.
101. ↑ Neville HJ, Mills D, and Lawson DS. "Fractionating Language: Different Neural
Subsystems with Different Sensitive Periods" Cerebral Cortex 2: 244-58, 1992.
102. ↑ Pulvermuller F, Lutzenberger W, and Birbaumer N. "Electrocortical distinction of
vocabulary types" Electroenceph Clin Neurophysiol 94: 357-70, 1995.
103. ↑ Mohr B, Pulvermuller F, and Zaidel E. "Lexical Decision After Left, Right, and Bilateral
Presentation of Function Words, Content Words, and Non-Words: Evidence For
Interhemispheric Interaction" Neuropsychologia 32(1): 105-24, 1994.
104. ↑ Munte TF, Wieringa BM, Weyerts H, Szentkuti A, Matzke M, and Johannes S.
"Differences in brain potentials to open and closed class words: class and frequency effects"
Neuropsychologia 39: 91-102, 2001.
105. ↑ Pulvermuller F, Harle M, and Hummel F. "Walking or Talking? Behavioral and
Neruophysiological Correlates of Action Verb Processing" Brain Lang 78: 143-68, 2001.
106. ↑ Pulvermuller F, Harle M, and Hummel F. "Neurophysiological distinction of verb
categories" Cog Neurosci 11(12): 2789-93, 2000.
107. ↑ Kounios J and Holcomb PJ. "Concreteness Effects in Semantic Processing: ERP
Evidence Supporting Dual-Coding Theory" J Exp Psychol 20(4): 804-23, 1994.
108. ↑ Federmeier KD, Segal JB, Lombrozo T, and Kutas M. "Brain responses to nouns,
verbs and class-ambiguous words in context" Brain 123(12): 2552-66, 2000.
109. ↑ Krause CM, Korpilahti P, Porn B, Joskim J, and Lang HA. "Automatic auditory word
perception as measured by 40 Hz EEG responses" Encephal Clin Neurophysiol 107: 84-7,
1998.
110. ↑ Diesch E, Biermann S, and Luce T. "The magnetic mismatch field elicited by words
and phonological non-words" Neuroreport 9(3): 455-60, 1998.
111. ↑ Lutzenberger W, Pulvermuller F, and Birbaumer N. "Words and pseudowords elicit
distinct patterns of 30-Hz EEG responses" Neurosci Lett 176: 115-18, 1994.
112. ↑ Kiefer M. "Perceptual and semantic sources of category-specific effects: Event-related
potentials during picture and word categorization" Mem Cog 29(1): 100-16, 2001.
113. ↑ Skrandies W. "Evoked potential correlates of semantic meaning"A brain mapping
study" Cog Brain Res 6: 175-183, 1998.
114. ↑ Skrandies W and Chiu MJ. "Dimensions of affective meaning " behavioral evoked
potential correlates in Chinese subjects" Neurosci Lett 341: 45-8, 2003.
115. ↑ Patton RE. Patent #6292688 "Method and apparatus for analyzing neurological
response to emotion-inducing stimuli" USPTO granted 9/18/01.
116. ↑ Deeke L. "Bereitschaftspotential as an indicatory of movement preparation in
supplementary motor area and motor cortex" Ciba Found Symp 182:132-231, 1987.
117. ↑ Chen R. and Hallett M. "The Time Course of Changes in Motor Cortex Excitability
Associated with Voluntary Movement" Can J Neurol Sci 26(3): 163-9, 1999.
118. ↑ Pfurtscheller G, Kalcher J, Neuper CH, Flotzinger D, and Pregenzer M. "On-line EEG
classification during externally-paced hand movements using a neural network classifier"
Electrophysiol and Neurophysiol 99: 416-25, 1996.
119. ↑ Birch GE. "Initial On-Line Evaluations of the LF-ASD Brain-Computer Interface With
Able Bodied and Spinal-Cord Subjects Using Imagined Voluntary Motor Potentials" IEEE
Trans Neural Syst Rehabil Eng 10(4): 219-24, 2002.
120. ↑ Guger C, Harkam W, Hertnacs C, and Pfurtscheller G. "Prosthetic Control by an EEGbased Brain-Computer Interface (BCI)" In: B"hler C and Knops H (eds.) Assistive Technology
on the Threshold of the new Millennium, 2003 :at
http://www.gtec.at/research/Publications/aaate.pdf
121. ↑ 121.0 121.1 Millan JR. "Adaptive Brain Interfaces" Communications of the ACM 46(3):
74-80, 2003. Abstract at http://www.idiap.ch/publications/millan-2003-comm-acm.bib.abs.html
122. ↑ 122.0 122.1 Millan JR and Mourifio J. "Asynchronous BCI and Local Neural
Classifiers: An Overview of the Adaptive Brain Interface Project" IEEE Transactions on Neural
Systems and Rehabilitation Engineering (Brain-Computer Interface Technology) 11(2):
159-61, 2003. Article also at ftp://ftp.idiap.ch/pub/reports/2003/millan_2003_nsre.pdf
123. ↑ 123.0 123.1 Millan JR, Renkens F, Mourifio J, and Gerstner W. "Non-Invasive BrainActuated Control of a Mobile Robot" Proceedings of the 18th Joint International Conference
on Artificial Intelligence Aug 9-15, in press, 2003. Article also at
ftp://ftp.idiap.ch/pub/reports/2003/millan_2003_ijcai.pdf
124. ↑ Carmens JM, Lebedev MA, Crist RE, O"Doherty JE, Santucci DM, Dimitrov DF, Patil
PG, Henriques CS, and Nicolelis MAL. "Learning to Control a Brain-Machine Interface for
Reaching and Grasping by Primates" Public Library of Science, Biology Oct 1(1). 2003 at
http://www.plosbiology.org/archive/1545-7885/1/2/pdf/10.1371_journal.pbio.0000042-L.pdf
125. ↑ Farwell LA and Donchin E. "The Truth Will Out: Interrogative Polygraphy ("Lie
Detection") With Event-Related Brain Potentials" Psychophysiology 28(5): 531-47, 1991.
126. ↑ Johnson MM and Rosenfeld JP. "Oddball-evoked P300-based method of deception
detection in the laboratory II. Utilization of non-selective activation of relevant knowledge" Int J
Psychophysiol 12: 289-306, 1992.
127. ↑ Rosenfeld JP, Ellwanger J, and Sweet J. "Detecting simulated amnesia with eventrelated brain potentials" Int J Psychophysiol 19: 1-11, 1995.
128. ↑ Allen JJB and Iacono WG. "A Comparison of methods for the analysis of event-related
potentials in deception detection" Psychophysiology 34: 234-40, 1997.
129. ↑ Lorenz J, Kunze K, and Bromm B. "Differentiation of conversive sensory loss and
malingering by P300 in a modified oddball task" Neuroreport 9: 187-91, 1998.
130. ↑ Tardif HP, Barry RJ, and Johnstone SJ. " Event-related potentials reveal processing
differences in honest vs. malingered memory performance" Int J Psychophysiol 46: 147-58,
2002.
131. ↑ Brain Fingerprinting Laboratories, Inc., 108 West Palm Drive, Fairfield, IA 52556 at
http://www.brainwavescience.com/
132. ↑ Farwell LA and Smith SS. "Using Brain MERMER Testing to Detect Knowledge
Despite Efforts to Conceal" J Forensic Sci 46(1): 135-46, 2001.
133. ↑ Farwell LA. "Two new twists on the truth detector: brain-wave detection of
occupational information" Psychophysiology 29(4A): S3, 1992.
134. ↑ Farwell LA. Patent #5363858 "Method and apparatus for multifaceted
electroencephalographic response analysis" USPTO granted 11/15/94.
135. ↑ Farwell LA and Conte FL. Patent #5406956 "Method and apparatus for truth detection"
USPTO granted 4/18/95.
136. ↑ Farwell LA and Conte FL. Patent #5467777 "Method for electroencephalographic
information detection" USPTO granted 11/21/95.
137. ↑ Referred to, but unavailable, however are a CIA Office of Technology Assessment
report, a security industry publication, and a doctoral dissertation.
138. ↑ Joseph JE. "Functional Neuroimaging studies of category specificity in object
recognition: A critical review and meta-analysis" Cog Affect Behav Neurosci 1(2): 119-36,
2001.
139. ↑ Mitchell TM, Hutchinson R, Just MA, Niculescu RS, Percira F, and Wang X.
"Classifying Instantaneous Cognitive States from fMRI Data" Am Med Informatics Assoc
November, 2003. Also at http://www-2.cs.cmu.edu/~tom/amia2003-final.pdf
140. ↑ Spence SA, Farrow TF, Herford AE, Wilkinson ID, Zheng Y, and Woodruff PW.
"Behavioral and functional anatomical correlates of deception" Neuroreport 12(13): 2849-53,
2001.
141. ↑ Lee TM, Liu HL, Tan LH, Chan CC, Mahankali S, Feng CM, Hou J, Fox PT, and Gao
JH. "Lie detection by functional magnetic resonance imgaging" Hum Brain Mapp 15(3):
157-64, 2002.
142. ↑ Langleben DD, Schrneder L, Maldjian JA, Gur RC, McDonald S, Ragland JD, O"Brien
CP, and Childress AR. "Brain activity during simulated deception: an event-related functional
magnetic resonance study" Neuroimage 15(3): 727-32, 2002.
143. ↑ Ganis G, Kosslyn SM, Stose S, Thompson WL, and Yurgelun-Todd DA. "Neural
correlates of different types of deception: an fMRI investigation" Cereb Cortex 13(8): 830-6,
2003.
144. ↑ Bartels A and Zeki S. "The neural basis of romantic love" Neuroreport 11(17): 3829-34,
2000.
145. ↑ Guyatt DG. "Some Aspects of Anti-Personnel Electromagnetic Weapons" International
Committee of the Red Cross Symposium: The Medical Profession and the Effects of
Weapons, ICRC publication ref. 06681996 (The paper is available from the Health Division of
the ICRC.) Also at http://www.mahlers.com/wompaoapew.htm
146. ↑ Brodeur, P. The Zapping of America Norton, New York, p 299 & 105, 1977.
147. ↑ Lopez R. "Special operations survives Pentagon budget constraints" Jane"s
International Defense Review 26(3): 247-51, 1993.
148. ↑ Malech RG. Patent #3951134 "Apparatus and method for remotely monitoring and
altering brain waves" USPTO granted 4/20/76.
149. ↑ Department of the Army, USAF Scientific Advisory Board. "New World Vistas: air and
space for the 21st century" 14 vol. (Ancillary Volume) p 89-90, 1996. Also at
http://www.azstarnet.com/~freetht/biologic.htm
150. ↑ Morehouse DA. Nonlethal Weapons: War without Death Praeger, p 20, 1996.
151. ↑ Dando M. A New Form of Warfare: The Rise of Non-Lethal Weapons Brassey"s,
London, Washington, p 22, 1996
152. ↑ Taff BE and Stoller KP. Patent #49400558 "Cryogenic remote sensing physiograph"
USPTO granted 7/10/90.
153. ↑ Stoller KP and Taff BE. "Remote Physiological Sensing: Historical Perspective,
Theories and Preliminary Developments" Med Instrum 20(5): 260-5, 1986.
154. ↑ Soviet Union Draft Agreement on the Prohibition of the Development and Manufacture
of New Types of Weapons of Mass Destruction and New Systems of Such Weapons. UN
Committee on Disarmament, CCD/511/Rev.1, Aug 1977. Also at
http://www.dcn.davis.ca.us/~welsh/9.htm
155. ↑ European Parliament, 28.1.99 Enviroment, security, and foreign affairs , A4-0005/99
EP1159, resolutions 23, 24, & 27, January 28, 1999 . Limited excerpts at
http://www.raven1.net/europar.htm
156. ↑ Wright S. "Future Sub-lethal, Incapacitating & Paralysing Technologies"Their Coming
Role in the Mass Production of Torture, Cruel, Inhumane & Degrading Treatment. Presented
to The Expert Seminar On Security Equipment & The Prevention of Torture 25-26 October
2002 London, UK and The 16th ISODARCO Winter Course On "The Surge in Non-State
Violence: Roots Impacts & Countermeasures" 9 - 16 February, 2003, Andalo, Trento, Italy.
Also at http://www.statewatch.org/news/2002/nov/torture.pdf &
http://www.isodarco.it/html/andalo03-wright.html
157. ↑ Begich N and Manning J. Angels Don"t Play This HAARP: Advances in Telsa
Technology Earthpulse Press, Anchorage Alaska, p 176-8, 1995.
158. ↑ Persinger MA. "On te Possibility of Directly Accessing Every Human Brain By
Elcctromagnetic Induction of Fundamental Algorithims" Percept Motor Skills 80: 791-799,
1995.
159. ↑ Viking Press, New York, p 57 & 252, 1970. Article also at http://www.bariumblues.com/
persinger.htm
160. ↑ Butler D. "Advances in neuroscience "may threaten human rights"" Nature 22 January
391: 316, 1998. Also at http://raven1.net/nature1.htm
161. ↑ Space Preservation Act of 2001 (Introduced in the House) HR 2977 IH, 107th
Congress 1st Session Introduced by Hon. Dennis J. Kucinich. Also at
http://www.raven1.net/govptron.htm
162. ↑ Federal Law "About Weapons" Federal Laws of the Russian Federation from 21.07.98
[1998] No. 117-F3, from 31.07.98 ["98] No. 156-F3 , from 17.12.98 ["98] No. 187-F3, from
19.11.99 ["99] No. 194-F3, from 10.04.2000 ["00] No. 52-F3, from 26.07.01 ["01] ISBN
5-86894-393-7 Translation at http://www.raven1.net/1-02-5.htm
163. ↑ Gurov AI. Federal Assembly"Parliament of the Russian Assembly, Govermental Duma,
Committee on Safety, "Resolution: Regarding the draft of the Federal Law "About the
Sumission of addendum to Article 6 of the Federal Law "About Weapons" No 28/3 Nov. 30,
2000. Also at http://www.raven1.net/1-02-6.htm
164. ↑ General Assembly. International Union of Radio Science "USRI Resolution on Criminal
Activities Using Electromagnetic Tools" In: Records of the USRI General Assembly, Toronto,
25: 178-9, 1999. Also at http://www.intec.rug.ac.be/ursi/Tor99ResolENG.htm
165. ↑ Microwave irradiation of the U.S. Embassy in Moscow: review of its history and
studies to determine whether or not related health defects were experienced by employees
assigned in the period 1953-1977. United States, Congress, Senate Committee on
Commerce, Science and Transportation. US GOV. DOC. Y 4.C 73/7: IR 7.
166. ↑ 166.0 166.1 Smith CW and Best S. Electromagnetic Man J.M. Dent & Sons Ltd.,
London p 211, 233, & 235, 1989.
167. ↑ Smith CW and Best S. Electromagnetic Man J.M. Dent & Sons Ltd., London p 211,
233, & 235, 1989.
168. ↑ Parry G. "Doctors investigating claims of Greenham radiation cases: Peace women
fear electronic zapping at base" (Manchester) Guardian, Mar. 10: 3, 1986.
169. ↑ Ramsay R. "ELF: from Mind Control to Mind Wars" Lobster 19: 23, 1990.
170. ↑ 170.0 170.1 Munzert R. "High-Tech Waffe Mikrowelle - Kriminelle Anwendungen von
Mikrowellen" Aufkl"rungsarbeit, Heft 9, April, S. 25-31, 2003. English treatment "Targeting of
the Human with Directed Energy Weapons" is at
http://www.grn.es/electropolucio/munzert6902.doc
171. ↑ Munzert R. personal communication.
172. ↑ Gillin LM and Gillin L. "Subtle Energies, Intentionality and the Healing of Traumatically
Abused Persons" International Conference on Trauma, Attachment and Dissociation,
Melborne, Australia, Sept 12-14, 2003. Internet availability of victim field measurements are
"Submission to Coroner: Additional Information on Possible Cause of Death of Ms. Deva
Denise Paul on 10th September 2000, Case Reference 2958/00." at
http://www.globaltwa.com/SUBMISSION%20TO%20CORONER.pdf CAT scan indication on
an implant is "Mind Control Using Holography and Dissociation a Process Model" at
http://www.globaltwa.com/documents/MindControl.pdf
173. ↑ Lewer N and Schofield S. Non-Lethal Weapons: A Fatal Attraction? : Military
Strategies and Technologies for 21st-Century Conflict Zed Books, London & New Jersey, p
62, 1997.
174. ↑ Rodwell R. defense correspondent report "Army tests new riot weapon" New Scientist
Sept. 20, p 684, 1973.
175. ↑ McKinney J. "Microwave Harassment and Mind Control Experimentation" Unclassified,
June-July1992 4(3): 1-20. Also at http://www.webcom.com/~pinknoiz/coldwar/microwave.html
176. ↑ National Security Advisor to President Carter.
177. ↑ Lamb C, and Swett C. Department of Defense Directive, Non-Lethal Weapons Policy
Draft of 21 July 1994. athttp://www.heart7.net/mcf/mindnet/mn168.htm particularly last
paragraph of p 7 onto p 8.
178. ↑ McKinney J. Letter to President Clinton at http://www.heart7.net/mcf/mckinney.htm
179. ↑ Cheryl Welsh Freedom of Information Act request reply for review of Soviet literature,
March 19, 1997 at http://www.raven1.net/nsa1.gif
180. ↑ Lopatin VN, and Tsygankov VD. Psychotronic War and the Security of Russia
Moscow, 1999. See research abroad section in translation at
http://www.raven1.net/russtran.htm
181. ↑ Smith C. "On the Need for New Criteria of Diagnosis of Psychosis in the Light of Mind
Invasive Technology" J Psycho-Social Studies 2(2) #3, 2003. Article at
http://www.btinternet.com/~psycho_social/Vol3/JPSS-CS2.html
182. ↑ American Psychiatric Association DSM-IV Task Force. Diagnostic and Statistical
Manual of Mental Disorders Fourth Edition (DSM-IV-TRTM) American Psychiatric Association,
2000.
183. ↑ Flaum M and Schultz SK. "The Core Symptoms of Schizophrenia" Ann Med 28(6):
525-31, 1996.
184. ↑ Isselbacher, KJ, Adams RD, Brunwald E, Petersdorf RG, and Wilson JD. Harrison"s
Principles of Internal Medicine Ninth Ed., McGraw-Hill, New York, p 150, 1980.
185. ↑ McMurtrey JJ. "Microwave Bioeffect Congruence with Schizophrenia" In press, 2003.
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