Directed Energy Weapon / Targeted Individual Patents
Patent No. freq Wave type Symptom(s) Filing Date Publication Date Invented By Original Assignee Descripton
US 6091994 A 1/2hz and 2.4Hz MK 31-Aug-98 18-Jul-00 Hendricus G. Loos Loos, Hendricus G. Pulsative Manipulation of Central Nervous Systems
US 6488617 B1 1-8hz M MK 13-Oct-00 3-Dec-02 Bruce F. Katz Universal Hedonics Method and Device for Producing a Desired Brain State via magnetic waves
US 7629918 B2 "RFDE" and radar location and disruption ("multi-functional") 15-Dec-05 8-Dec-09 Kenneth W. Brown, David J. Canich, Russell F. Berg Raytheon CompanyWeapon with integrated targeting system to locate targets. Damages/disrupts electronics, biological entities, and physical structures.
US 6470214 B1 3,500 Hz (probably) V2k 13-Dec-96 22-Oct-02 James P. O'Loughlin, Diana L. Loree United States Air Force Remotely transmits intelligible subjective sound into target consciousness. ("Voice to Skull")
US 3393279 V2K 13-Mar-62 16-Jul-68 G.P. Flanagan Listening Incorporated Allows information to be remotely conveyed to subject via electromagnetic waves.
US 3951134 100, 110, 210 MHz MK 5-Aug-74 20-Apr-76 Robert G. Malech Dorne & Margolin, Inc. Apparatus and method for remotely monitoring and altering a target's brain waves / central nervous system
US 4395600 MK 26-Nov-80 26-Jul-83 Rene R. Lundy & David L. Tyler Subliminal manipulation of subjective emotions via remotely directed audio waves
US 4834701 4-16 Hz MK 24-Jul-85 30-May-89 Kazumi MasakiKen Hayashibara Remote neurological control via sets of low frequency waves beamed at brain
US 4858612 A microwave spectrum V2K 19-Dec-83 22-Aug-89 Philip L. StocklinStocklin Philip L Transmits sound to auditory cortex of mammals via remotely-applied microwave signals.
US 4877027 A 100-10,000 MHz V2K 6-Jun-88 31-Oct-89 Wayne B. Brunkan Brunkan Wayne B Transmits sound to auditory cortex of mammals via bursts of remotely applied microwaves.
US 5123899 A 40-80 Hz, two signals sent, which vary by 0.5-2Hz E MK 17-Jan-91 23-Jun-92 James Gall James Gall Alters mood, emotion, sleep states via remotely applied frequencies and wave forms
US 5159703 A 14.5 kHz E V2K 28-Dec-89 27-Oct-92 Oliver M. Lowery Oliver M. Lowery Presents subliminal auditory information to the human via remotely applied waves
US 5356368 A 4-212 Hz MK 1-Mar-91 18-Oct-94 Robert A. Monroe Interstate Industries Inc. (dba Monroe Products) Method of and apparatus for inducing desired states of consciousness
US 6587729 B2 V2K 24-Apr-02 1-Jul-03 James P. O'Loughlin, Diana L. Loree US Air Force Apparatus for audibly communicating speech using the radio frequency hearing effect
US 6052336 A V2K 1-May-98 18-Apr-00 Austin Lowrey, III Lowrey, Iii; Austin Apparatus and method of broadcasting audible sound using ultrasonic sound as a carrier
A modulation process with a fully suppressed carrier and input preprocessor filtering to produce an encoded output; for amplitude modulation (AM) and audio speech preprocessor filtering, intelligible subjective sound is produced when the encoded signal is demodulated using the RF Hearing Effect. Suitable forms of carrier suppressed modulation include single sideband (SSB) and carrier suppressed amplitude modulation (CSAM), with both sidebands present.
(This does go in the ear and appears to come out, not an implant but the technology could be used in a permanent implant. I think.)
US 6011991 A IR, RF or satelliteRV, MK 7-Dec-98 4-Jan-00 Aris Mardirossian Technology Patents, Llc Remotely identifies individuals by brainwave signature; monitors words, phrases, and thoughts by brain activity.
A method of communicating comprising the steps of:
providing a first human being at a first location;
providing a computer at a second location that is remote from the first location;
providing a satellite;
providing at least one sensor on the first human being;
detecting brain activity of the first human being using the at least one sensor, and transmitting the detected brain activity to the satellite as a signal including brain activity information;
the satellite sending a signal including the brain activity information to the second location;
a receiver at the second location receiving the signal from the satellite and forwarding the brain activity information in the signal to the computer;
comparing the received brain activity information of the first human being with normalized or averaged brain activity information relating to the first human being from memory; and
determining whether the first human being was attempting to communicate particular words, phrases or thoughts, based upon the comparing of the received brain activity information to the information from memory.
This is implant tech.
Here's the institution that makes it possible.
The National Reconnaissance Office is responsible for maintaining global vigilance in times of peace and war. It develops, acquires, launches and operates innovative space-based surveillance and reconnaissance systems that collect and deliver intelligence to enhance U.S. national security.
Headquartered in Chantilly, Virginia, the NRO also maintains ground stations at Buckley Air Force Base, Colorado; Fort Belvoir, Virginia; White Sands Missile Range, New Mexico; and has a presence at the Joint Defense Facility Pine Gap, Australia, and the Royal Air Force Base Menwith Hill Station, United Kingdom. NRO spacecraft launch offices are at Cape Canaveral Air Force Base in Florida and Vandenberg Air Force Base in California.
One of 18 agencies in the Intelligence Community, the NRO was established in September 1961 as a classified agency in the Department of Defense. The existence of the NRO and its mission was officially declassified in September 1992. The NRO works collaboratively with mission partners - the National Geospatial Intelligence Agency (NGA), National Security Agency (NSA), Central Intelligence Agency (CIA), Defense Intelligence Agency (DIA), and the Military Combatant Commands and Services, including U.S. Space Command and U.S. Space Force - to ensure analysts have the most relevant, high-quality, timely data available to produce actionable intelligence products for use by warfighters and national decision makers.
https://www.nro.gov/About-NRO/Who-We-Are/
US 5889870 A Voice 17-Jul-96 30-Mar-99 Elwood G. Norris American Technology Corporation (Now LRAD Corp, which stands for Long Range Acoustic Device products) Makes voices emanate from individuals who do not intend or realize it. "Ventriloquist Effect".
US 5507291 A 300-1,000 Hz RV 5-Apr-94 16-Apr-96 Robert C. Stirbl, Peter J. Wilk Stirbl; Robert C., Wilk; Peter J. Method for remotely determining information relating to a person's emotional state.
US 3393279 A V2K 13-Mar-62 16-Jul-68 Patrick Flanagan Gillis Listening Inc Remotely cause individual to hear voices via EMF waves - imperceptible to anyone else.
US 3647970 A 50 kHz E V2K 29-Aug-68 7-Mar-72 Gillis P FlanaganGillis P Flanagan Remotely cause individual to hear voices via EMF waves - imperceptible to anyone else.
US 8579793 B1 0 Hz - 5 kHz MK 27-Jan-11 12-Nov-13
James David Honeycutt,
John Clois Honeycutt,
Jr
James David Honeycutt, John
Clois Honeycutt,
Jr Controls brain state by placing engineered EMF patterns into the AC wiring of a building.
US 20140309484 A1 MK 24-Jan-14 16-Oct-14 Daniel Wonchul Chang Daniel Wonchul Chang Iduce desired brain state in person by adding waves into a music file
US 6488617 B1 M MK 13-Oct-00 3-Dec-02 Bruce F. Katz Universal Hedonics Monitor and control the brain state of an individual via pulsed magnetic fields aimed at brain
US 6506148 B2 1/2 - 2.4 Hz E MK 1-Jun-01 14-Jan-03 Hendricus G. Loos Hendricus G. Loos Manipulation subject brain waves via frequencies emanating from computer and TV screens
US 6487531 B1 M Voice 6-Jul-99 26-Nov-02
Carol A.
Tosaya, John
W. Sliwa, Jr
Carol A. Tosaya,
John W. Sliwa, Jr Makes voices emanate from individuals who do not intend or realize it. "Ventriloquist Effect". Also functions for voice-recognition.
US 6426919 B1 Voice 4-Jan-01 30-Jul-02 William A. Gerosa William A. Gerosa Portable, hand-held device for producing humanly audible sounds and voices.
US 6292688 B1 NM 28-Feb-96 18-Sep-01 Richard E. PattonAdvanced Neurotechnologies, Inc. Method and Apparatus for Analyzing Neurological Response to Emotion-Inducing Stimuli
Implant tech
US 6239705 B1 Loc 19-Apr-00 29-May-01 Jeffrey Glen Jeffrey Glen Intra oral electronic tracking device that can be implanted in teeth, dentures, etc.
(The most common implant I'm sure)
US 6167304 A MK 17-Jun-99 26-Dec-00 Hendricus G. Loos Loos; Hendricus G. Remotely manipulates central nervous system of subject by applying electric field to skin
US 6135944 A MK 6-Nov-98 24-Oct-00
Gerard D.
Bowman,
Edward M.
Karam,
Steven C.
Benson Zebedee Research, Inc.duce desired brain state via vibrational stimuli, preferably sound
US 8636640 B2 MK 11-Apr-09 15-Oct-09 Daniel Wonchul Chang Daniel Wonchul Chang Iduces a desired brain state via modification of music files.
US 6081744 A 1/2Hz - 2KHz E MK 17-Jul-98 27-Jun-00 Hendricus G. Loos Loos; Hendricus G. Manipulates the nervous system of a subject through remotely applied electric fields
US 6017302 A 1/2 - 2.5 Hz E MK 31-Oct-97 25-Jan-00 Hendricus G. Loos Loos; Hendricus G. Induces desired emotional state through remote EMFs. E.g., sleepiness, sexual arousal.
US 5935054 A 1/2Hz M MK 17-Jun-95 10-Aug-99 Hendricus G. Loos Loos; Hendricus G. Remotely causes subject to feel bodily swaying - i.e., earthquake or "rock the baby" sensation.
US 5899922 A 1/2 - 2.4 Hz E MK 14-Nov-97 4-May-99 Hendricus G. Loos Loos; Hendricus G. Induces desired emotional state through remote EMFs. E.g., sleepiness, sexual arousal.
US 5782874 A E MK 24-Jan-97 21-Jul-98 Hendricus G. Loos Loos; Hendricus G. Controls emotional state of subject, e.g., sleepiness, sexual arousal, slow mental processes.
US 6006188 A NM 19-Mar-97 21-Dec-99 Rostislav Bogdashevsky, Vladimir Alexeev, Vitaly Yarigin, George Baker, Harrison Stanto Dendrite, Inc Assesses psychological, physiological characteristics of a subject based on voice characteristics
US5954630 A 2Hz-20Hz MK 14-Sep-94 21-Sep-99 Kazumi Masaki, Osamu Matsuda Ken Hayashibara Controls human brainwaves by superimposing waves onto audio wave signals
US 5586967 A MK 27-Jun-94 24-Dec-96 Mark E. Davis Davis; Mark E. Controls human brainwaves by superimposing hidden phrases onto music signals
US 5539705 A MK 27-Oct-94 23-Jul-96 M. Alfred Akerman, Curtis W. Ayers, Howard D. Haynes Martin Marietta Energy Systems, Inc. Transmits hidden speech; reconverts to normal speech signals at intended destination
US 6490480 B1 NM 14-Sep-00 3-Dec-02 Eduard LernerEduard Lerner Monitors subject neurological condition via EMFs remotely aimed at the skin.
US 5392788 A MK 3-Feb-93 28-Feb-95 William J. Hudspeth Hudspeth; William J.Reads subject brainwaves and sends stimuli to subject to alter their brainwaves as desired
US 5330414 A MK 11-Feb-92 19-Jul-94 Mitsuo YasushiPioneer Electronic Corporation Controls subject brainwaves by shining a modulated light signal into the subject's eyes.
US 5289438 A MK 13-Apr-92 22-Feb-94 James Gall James Gall Alters subject brain state via application of a variety of wave frequencies and forms.
US 7674224 B2 MK 14-Oct-05 9-Mar-10 Adam Hewett Vitrepixel Holdings, Llc Controls subject brain state by adding covert frequencies onto a musical composition.
US 5213562 A MK 25-Apr-90 25-May-93 Robert A. Monroe Interstate Industries Inc. Controls brain state via modulated audio signals aimed at target subject.
US 5170381 A MK 22-Nov-89 8-Dec-92 Eldon Taylor, James R. Woodhams Eldon Taylor, Woodhams James R Method for superimposing hidden subliminal messaging into audio/music files.
US 5151080 A MK 28-Aug-90 29-Sep-92 Claus Bick Claus Bick Changes the brain state of subjects through electroacoustic means.
US 5135468 A MK 2-Aug-90 4-Aug-92 Juergen P. Meissner Meissner Juergen PControls the brain state of a person by applying differing audio signals into each ear.
US 5123899 A MK 17-Jan-91 23-Jun-92 James Gall James Gall Controls the brain state by application of a variety of wave frequencies and forms.
US 4958638 A PM 30-Jun-88 25-Sep-90 Steven M. Sharpe, Joseph Seals, Anita H. MacDonald, Scott R. Crowgey Georgia Tech Research Corporation Remotely monitors heart rate and perspiration through the use of directed EMFs. WO 2015174879 A1 60 GHz PM 15-Apr-15 19-Nov-15 Milan Savić, Veselin BRANKOVIĆ, Darko TASOVAC, Dušan GRUJIĆ, Veljko MIHAJLOVIĆ, Pavle JOVANOVIĆ Novelic D.O.O. Monitors vital signs of subject via remote application of radar waves. Hand-held.
US 20100324415 A1 1-100 GHz PM 5-Apr-10 23-Dec-10 Darrel D. Drinan, Carl F. Edman, Naresh C. Bhavaraju Philometron, Inc. Measures tissue damage of subject via remote application of electromagnetic waves.
US 20130001422 A1 PM 28-Jun-12 3-Jan-13 Gary Dean Lavon, Courtney Wasson, Bryan Keith Waye, Uwe Schober, Michael Franke, Stefan Hubert Hollinger, Nadia Patricia LAABS, Robert Joseph Schick The Procter & Gamble Company Remote monitoring of the physical condition of a living subject
US 7811234 B2 PM 30-Aug-07 12-Oct-10 William R. McGrath California Institute of Technology Remotely monitors of a subject's physiological health and status, esp., the heart.
US 4924744 A Voice 9-Aug-88 15-May-90 Kimio Yamamura Hudson Soft Co., Ltd.Generates and propagates artificial sound and voice sounds that will be heard by a target.
US 4616261 A MK 17-Oct-83 7-Oct-86 James R. Crawford, Jerald L. Winegeart, Michael H. Erb Stimutech, Inc. Superimposes subliminal imaging onto a subject's existing television signal.
US 4395600 A MK 26-Nov-80 26-Jul-83 Rene R. Lundy, David L. Tyler Lundy Rene R, Tyler David L Controls mental state of subjects by adding imperceptible subliminal messaging to audio signals.
US 9433789 B2 MK 14-Mar-14 6-Sep-16 Laura Tyler Perryman, Chad Andresen Micron Devices Llc Apparatus for remote neural control of subjects via an implanted RF circuit
US 8892208 B2 MK 13-Jun-13 18-Nov-14 Michael P. Flynn, Parag G. Patil, Hyo Gyuem Rhew, Jaehun Jeong Univeristy of Michigan Regents Remotely reads brain waves, sends back response to achieve desired brain state.
US 5788648 A 1-30 Hz MK 4-Mar-97 4-Aug-98 Eric Tab NadelQuantum Interference Devices, Inc. Reads subject brain state by sending stimuli and then reading/receiving response
US 7689272 B2 NM 7-Jun-02 30-Mar-10 Lawrence Farwell Lawrence Farwell Reads brain waves to monitor participation in organizations, specific activities, etc
US 20160375220 A1 5-40 Hz MK 1-Mar-16 29-Dec-16 Joel Steven Goldberg Joel Steven GoldbergControls human behavior via targeting human brain with ELF (extremely low frequency) EMFs
US 7609001 B2 Disable 6-Dec-06 27-Oct-09 James G. SmallRaytheon CompanyDevice that is able to direct high-power magnetic waves at a target for weapon purposes.
US 4700068 A Disable 31-Jan-86 13-Oct-87 Frederick J. McClung, Jr., James G. Small Hughes Aircraft Company Allows extremely precise aim of particle beams over distances of up to several thousand miles
US 7405834 B1 1 kHz Aim 15-Feb-06 29-Jul-08 Joseph C. Marron, Carl W. Embry, AnnMarie Oien, Duane D. Smith, J. Alex Thomson, James Pete Tucker, Samuel G. L. Williams Lockheed Martin Corporation Imaging device that improves the aim of directed energy weapons
US 20120274147 A1 M MK 19-Oct-11 1-Nov-12 Frederick P. Stecher, Christopher Fuller Alliant Techsystems Inc Technique for wireless transmission of magnetic waves for use w/ energy weapons
US 8049173 B1 E Multi 17-May-07 1-Nov-11 Kenneth W. Brown Raytheon CompanyCombination RF directed energy weapon and imaging (visual monitoring) tool
US 2860627 A MK 26-Mar-53 18-Nov-58 Charles M Harden, Marshall Curtis Charles M Harden, Marshall Curtis Reads subject brain waves by applying light stimulation to brain and reading response.
US 2995633 A V2K 25-Sep-58 8-Aug-61 Lawrence Joseph L, Puharich Henry K Lawrence Joseph L, Puharich Henry K Causes subject to hear audible sounds by transmitting electrical (inaudible) waves at face
US 3566347 A MK 27-Apr-67 23-Feb-71 Andrew E Flanders Gen Dynamics CorpA system for producing aural psychological disturbances and partial deafness in the enemy.
US 20020002464 A1 NM 31-Aug-99 3-Jan-02 Valery A. Petrushin Valery A. Petrushin A system for monitoring emotions by listening to a conversation between at least two persons.
US 8965770 B2 NM 29-Mar-11 24-Feb-15 Valery A. Petrushin Accenture Global Services Limited A system for detecting emotion in voice signals by monitoring phone conversations.
US 7282727 B2 MK 23-Oct-13 13-May-14 Todd Eisenberg, Herbert Parker Genesis Illumination, Inc. Psychologically/physically incapacitates subject via the remote application of pulsed light.
US 6559769 B2 NM 7-Dec-01 6-May-03 Eric Anthony, Joseph Phillips Eric Anthony, Joseph Phillips Monitoring system comprised of microprocessors installed in vehicles, personal property and homes to continually monitor and determine undesirable behavior in targeted individuals. Remedial action can be taken when "abnormal" behavior is indicated.
US 6873261 B2 NM 17-Jan-03 29-Mar-05 Eric Anthony, Joseph Phillips Eric Anthony, Joseph Phillips Monitos and determines undesirable behavior in humans via wireless microprocessors in vehicles, personal property and homes
US 20080282817 A1 Locate 26-Oct-07 20-Nov-08 David S. BreedIntelligent Tech International Inc Remotely monitors & uploads presence / movement of human occupants in vehicles
US 5653462 A 144 MHz E Locate 21-Jul-95 5-Aug-97 David S. Breed, Vittorio Castelli, Wendell C. Johnson, William E. Duvall, Rashik Mangubhai Patel Automotive Technologies International Inc Monitors occupant position in vehicles via ultrasonic/microwave sensor
US 8362884 B2 Battery 16-Feb-11 29-Jan-13 Robert T. DugeRolls-Royce North American Technologies, Inc Power system. Maintains directed energy weapons in ready state (avoiding power down)
US 20120104282 A1 Aim 29-May-09 3-May-12 James R. GallivanGallivan James R Target-tracking system for use with hand-held directed energy weapons.
US 20090193344 A1 NM 24-Jan-08 30-Jul-09 Scott Smyers Sony Corporation Method of monitoring community mood by remotely analyzing voice, text, and biometrics
US 20090257555 A1 Locate 10-Feb-09 15-Oct-09 Alex Chalmers, Louis W. Perich, Peter J. Rothschild, William John Baukus, Jeffrey Schubert American Science And Engineering, Inc. X-ray inspection trailer that can sense the presence of humans within a structure.
US 8194822 B2 Locate 28-Sep-10 5-Jun-12 Peter Rothschild, Jeffrey Schubert, Richard Schueller American Science And Engineering, Inc. X-ray inspection device that can sense the presence of humans within a structure.
US 5551879 A 1Hz-500Hz MK Dream alteration
US5954630 A 2Hz-20Hz V2K 16-Jun-05
Abstract
An audible sound of modulated wave where a very low-frequency wave of about 20 hertz or lower is superposed on an audio low-frequency wave effectively stimulates Fm theta in human brain waves to improve attention and concentration during mental tasks when auditorily administered. The audible sound is also effective in stimulation of human alpha wave when the very low-frequency wave lies within the range of about 2-10 hertz. Such audible sound is artificially obtainable by generating an electric signal which contains such a modulated wave, and transducing it into audible sound wave.
US 5330414 A 4Hz-30Hz MK 13-Jun-05
Abstract
A random signal generator outputs a random noise signal to a band pass filter which selectively passes frequency components in the frequency range of a desired brain wave from a subject. The output of the band pass filter is supplied to an automatic level controller. The automatic level controller sets the output of band pass filter to a predetermined amplitude. Then, the output of the automatic level controller is fed to a stimulating light generator, which converts the output of the automatic level controller into a light signal for stimulating the subject in order to induce the desired brain wave from the subject. The light signal is then emitted into the subject's eyes.
US 3951134 A 10MHz - 210MHz E MK 27-May-05
Abstract
Apparatus for and method of sensing brain waves at a position remote from a subject whereby electromagnetic signals of different frequencies are simultaneously transmitted to the brain of the subject in which the signals interfere with one another to yield a waveform which is modulated by the subject's brain waves. The interference waveform which is representative of the brain wave activity is re-transmitted by the brain to a receiver where it is demodulated and amplified. The demodulated waveform is then displayed for visual viewing and routed to a computer for further processing and analysis. The demodulated waveform also can be used to produce a compensating signal which is transmitted back to the brain to effect a desired change in electrical activity therein.
EP 2113063 A1 95GHz 1-Jul-05 Affects tissues to depth of 0.5mm: blood vessels, nerves, glands
3.5Hz - 3kHz V2K
“I must again offer a caveat about possible disparities between the “official” record of electromagnetism’s psychological effects and the hidden history. Once more, we face a question of timing. How long ago did this research really begin?
In the early years of this century, Nikola Tesla seems to have stumbled upon certain of the behavioral effects of electromagnetic exposure.[89] Cazamalli, mentioned earlier, conducted his studies in the 1930s. In 1934, E.L. Chaffe and R.U. Light published a paper on “A Method for the Remote Control of Electrical Stimulation of the Nervous System.”[90] From the very beginning of their work with microwaves, the Soviets explored the more subtle physiological effects of electromagnetism — and despite the bleatings of certain right-wing alarmists[91] that an “electromagnetic gap” separates us from Soviet advances, East European literature in this area has been closely monitored for decades by the West. ARTICHOKE/BLUEBIRD project outlines, dating from the early 1950s, prominently mention the need to explore all possible uses of the electromagnetic spectrum.
Another point worth mentioning concerns the combination of EMR and miniature brain electrodes. The father of the stimoceiver, Dr. J.M.R. Delgado, has recently conducted experiments in which monkeys are exposed to electromagnetic fields, thereby eliciting a wide range of behavioral effects — one monkey might fly into a volcanic rage while, just a few feet away, his simian partner begins to nod off. Fascinatingly, when monkeys with brain implants felt “the wave,” the effects were greatly intensified. Apparently, these tiny electrodes can act as an amplifier of the electromagnetic effect.[92]
This last point is important to our “alien abduction” thesis. Critics might counter that any burst of microwave energy powerful enough to have truly remote effects would probably also create a thermal reaction. That is, if a clandestine operator propagated a “wave” from outside an abductee’s bedroom (say, from a low-flying helicopter), or from a truck travelling alongside the subject’s car), the power necessary to do the job might be such that the microwave would cook the target before it got a chance to launder his thoughts. Our abductee would end up like the victim of the microwave “hit” in the finale of Jerzy Kozinsky’s Cockpit.
It’s a fair criticism. But Delgado’s work may give us our solution. Once an abductee has been implanted — and if we are to trust hypnotic regression accounts of abductees at all, the first implanting session may occur in childhood — the chip-in-the-brain would act as an intensifier of the signal. Such an individual could have any number of “UFO” experiences while his or her bed partner dozes comfortably.
Furthermore, recent reports indicate that a “waver” can achieve pinpoint accuracy without the use of Delgado-style implants. In 1985, volunteers at the Midwest Research Institute in Kansas City, Missouri, were exposed to microwave beams as part of an experiment sponsored by the Department of Energy and the New York State Department of Health. As The Arizona Republic[93] described the experiment, “A matched control group sat in the same room without being bombarded by non-ionizing radiation.” [My italics.] Apparently, one can focus “the wave” quite narrowly — a fact which has wide implications for abductees.”
Martin Cannon, The Controllers