Microwavesmicrowave radio have wavelengths approximately in microwave the range of 30 cm (frequency = 1 GHz) to 1 mm (300 GHz).
The existence of electromagnetic microwave parts waves, of which microwaves are part of the higher frequency spectrum, was predicted by James Clerk Maxwell in 1864 from his famous Maxwell's equations.
Microwaves can be generated by a variety of means, generally divided into two categories: solid microwave ovens state microwavemicrowave antenna orientation convection oven devices and vacuum-tube based devices.
Specifically, the eighth-nerve potentials were lost after unilateral cochlea destruction, the evoked-potential amplitudes from the medial geniculate and auditory cortex were markedly attenuated by aspiration of the contralateral cochlea, and disablement of the remaining cochlea resulted in total loss of the potentials.
The most pronounced effect was on the BER from the inferior colliculus nucleus following lesion formation in that region; the BERs from the other two brainstem regions and the MEP remained practically unchanged after producing a lesion in the inferior colliculus nucleus.
In their discussion, the authors suggested that the activity of the rat's auditory system in response to CW RFR, determined by integrated C-14-DG uptake during a 45-min period, is an effect distinct from the thermoelastic responses to RFR pulses, and that the CW interaction appears to occur somewhere within the cochlea.
In communications, microwaves are valued for their extremely short wavelengths, which allow them to transmit along a vast range of frequencies without causing signal interference or overlap.
Microwaves have wavelengths approximately in the range of 30 cm (frequency = 1 GHz) to 1 mm (300 GHz).
The existence of electromagnetic waves, of which microwaves are part of the higher frequency spectrum, was predicted by James Clerk Maxwell in 1864 from his famous Maxwell's equations.
Headaches from Cellular Telephones: Are They Real and What Are the Implications?(Site not responding. Last check: 2007-09-10)
In all three lines of research, the microwave energy used was approximately the same--in frequencies, modulations, and incident energies--as those emitted by present day cellular telephones.
Further, when the head is shielded from the microwave energy, the area of the head that needs to be exposed to the microwaves in order for people to perceive the effect is in proximity to the antenna of present day cellular telephones (4).
I found penetration of the barrier in response to exposure to microwave energy; fluorescence was found in the diencephalon level of the brain as well as, to some extent, in the mesencephalon and metencephalon.
This patent is for an improved version of the apparatus used in the 1973 laboratory experiment [by James C Sharp], issued on July 1, 2003 and assigned to the Secretary of the Air Force.
I conclude that either he is a paranoid schizophrenic or a targeting individual experiencing the MicrowaveauditoryEffect.
Sound is induced in the head of a person by radiating the head with microwaves in the range of 100 megahertz to 10,000 megahertz that are modulated with a particular waveform.
The effects of electromagnetic fields on isolated nerves, ganglia, and muscles were studied in vitro.
The mechanisms of the microwaveauditoryeffect were also investigated.
The 50 kHz cochlear microphonics in guinea pig induced by microwave and laser pulses, as well as bone-conducted acoustic stimuli provided by a piezoelectric crystal, indicated that the microwaveauditoryeffect is accompanied by a mechanical disturbance of the hair cells of the cochlea.
Specifically, the eighth-nerve potentials were lostafter unilateral cochlea destruction, the evoked-potentialamplitudes from the medial geniculate and auditory cortexwere markedly attenuated by aspiration of the contralateralcochlea, and disablement of the remaining cochlea resultedin total loss of the potentials.
The subject used aswitch to signal perception of an auditory sensation.Standard audiograms taken prior to exposure showed that thehearing threshold of subject 1 was normal and that subject 2had a deep notch at 3.5 kHz for both ears, with similarresults for air and bone conduction.
In their discussion, the authors suggested that theactivity of the rat's auditory system in response to CW RFR,determined by integrated C-14-DG uptake during a 45-minperiod, is an effect distinct from the thermoelasticresponses to RFR pulses, and that the CW interaction appearsto occur somewhere within the cochlea.
These results suggest that a microwaveauditory phenomenon is evoked by a mechanism similar to conventional sound reception, and that the primary interaction site is peripheral to the cochlea.
It is shown that the peak pressure due to thermal expansion is greater than the radiation pressure or electrostriction, and that the induced sound frequency is only a function of the size and acoustic property of the brain.
Several suggestions were made for future research in microwaveauditoryeffect and its health implications.
The effects pattern: This article is about unclassified/commercial technologies which can produce some of the effects of the classified equipment, not testimonials, but this much has become clear over time: - All "testing" consists of unique, carefully engineered-unprovable events to produce psychological stress in the victim.
Effect section 2, "Invasive Physical Effects at-a-Distance", clearly establishes the existence of remote precision manipulation of objects which is far beyond the capabilities of unclassified and commercial equipment at the time of writing.
The effect was induced several hundred feet from the antenna the instant the transmitter was turned on, and is a function of carrier frequency and modulation.
Microwaves generally excite the brain perhaps by influencing calcium, a central ion in nerve firing. Stocklin represents the auditory cortex as normally producing microwave energy, which the device simulates, thus eliciting sound sensation.
Microwave non-lethal weapon brain wave disruption and behavioral change including unconsciousness are known.35 The above EEG telemetry patent and ultrashort pulse method are by active radar probe.
In addition, microwave bioeffects have considerable congruence with reported symptoms of major psychosis other than ’voices.’ 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.
www.slavery.org.uk /RBITE.doc (6909 words)
James C. Lin publications(Site not responding. Last check: 2007-09-10)
Lin, J.C. and W.D. Peterson, Jr., Cytological Effects of 2450 MHz CW Microwave Radiation, J. Bioengg., vol.
Lin, J.C., The MicrowaveAuditory Phenomenon, Proceedings of IEEE, vol.
Lin, J.C. and Y.J. Wang, "An Implantable Microwave Antenna for Interstitial Hyperthermia," Proceeding of the IEEE, vol.
"An auditory subliminal programming system includes a subliminal message encoder that generates fixed frequency security tones and combines them with a subliminal message signal to produce an encoded subliminal message signal which is recorded on audio tape or the like.
A control circuit adjusts the amplitude of an auditory subliminal anti-shoplifting message to increase with increasing amplitudes of sensed audio signals and decrease with decreasing amplitudes of sensed audio signals.
The effect was induced several hundred feet from the antenna the instant the transmitter was turned on, and is a function of carrier frequency and modulation."26
Communicating Via the Microwave Auditory Effect(Site not responding. Last check: 2007-09-10)
The purpose of the program proposed here is to extend the results of a recent feasibility study, performed for the Armstrong Laboratory/OEDR.
The study found that voice communications, via the microwaveauditoryeffect, are highly feasible.
In Phase I of this SBIR, we propose to investigate the range of potential applications for this radically different form of voice communication and recommend hardware and systems concepts suitable for laboratory and brassboard demonstrations to be built under Phase II.
A 1978 book entitled, "MicrowaveAuditoryEffect and Application," by James C.
Allen Frie also reports that he could speed up, slow down or stop the hearts of isolated frogs by synchronizing the pulsed rate of a microwave beam with the heart itself.
According to Robert Baker, similar results have been obtained using live frogs, which shows that it is technically feasible to produce heart attacks with rays designed to penetrate the human chest.
www.whale.to /b/hennessey_q.html (688 words)
7 MASTER LIST OF REFERENCES(Site not responding. Last check: 2007-09-10)
THE EFFECT OF MICROWAVE RADIATION (2450 MHZ) ON THE MORPHOLOGY AND CHROMOSOMES OF LYMPHOCYTES
HEMATOLOGIC AND IMMUNOLOGIC EFFECTS OF PULSED MICROWAVES IN MIC
EFFECTS OF MICROWAVES AND HYPERTHERMIA ON CAPPING OF ANTIGEN-ANTIBODY COMPLEXES ON THE SURFACE OF Bioelectromagnetics, Vol.
REFERENCES: Cain, C.A. and W.J. Rissman MAMMALIAN AUDITORY RESPONSES TO 3.0 GHz MICROWAVE PULSES IEEE Trans.
1143-1144 (5 Sept 1980a) Chou, C.-K., K.-C. Yee, and A.W. Guy AUDITORY RESPONSE IN RATS EXPOSED TO 2,450 MHZ ELECTROMAGNETIC WAVES IN A CIRCULARLY POLARIZED WAVEGUIDE Bioelectromagnetics, Vol.
605-613 (1977a) Lin, J.C. FURTHER STUDIES ON THE MICROWAVEAUDITORYEFFECT IEEE Trans.
