40 cia and Russian mind control techniques

40 Mind Control patents 

1. US3014477 Hypnotic Inducer (Mind Control Machine) Carlin 1956 

2. US3060795 Apparatus For Producing Visual Stimulation (Subconscious 

Transmission via Movie Film) Corrigan etal 1958 

3. US3278676 Apparatus For Producing Visual and Auditory Stimulation 

(Subconscious Transmission via TV) Becker 1958 

4. US3393279 Nervous System Excitation Device Flanagan 1962 

5. US3563246 Method and Apparatus For Improving Neural Performance In 

Human Subjects By Electrotherapy Puharich 1967 

6. US3629521 Hearing Systems (RF/Microwave) Puharich 1970 

7. US3712292 Method Of and Apparatus For Producing Swept Frequency 
Modulated Audio Signal Patterns For Inducing Sleep (Brain Frequencies 
Broadcast) Zentmayer, Jr. 1971 

8. US3884218 Method of Inducing and Maintaining Stages Of Sleep in the Human 
Being (FFR - Frequency Following Response Microwave) Monroe 1970 

9. US3951134 Apparatus and Method For Remotely Monitoring and Altering 

Brain Waves (RF/Electromagnetic Waves) Malech 1974 

10. US 4335710 Device for the induction of specific brain wave patterns 

Williamson 1980 

11. US4395600 Auditory Subliminal Message System and Method (Subliminal 

Brainwash via Music or Other Sound) Lundy 1980 

12. US4717343 Method Of Changing A Person's Behavior (Subconscious 

Brainwash via Video) Densky 1986 


13. US 4777529 Auditory Subliminal Programming System (Silent Brainwash Via 
Music or Other Sound) Schultz/Dolejs 1987 



14. US4834701 Apparatus For Inducing Frequency Reduction In Brain Wave (FFR 

- Brain Frequencies Transmission) Masaki 1985 

15. US 4858612 Hearing Device (Microwave Hearing) Stocklin 1983 

16. US4877027 Hearing System (Microwave Hearing via open air Broadcast) 

Brunkan 1988 

17. US5036858 Method and apparatus for changing brain wave frequency 

Carter 1990 

18. US 5159703 Silent Subliminal Presentation System (aka Silent Sound - 

Microwave) Lowery 1989 

19. US5356368 Method Of and Apparatus For Inducing Desired States Of 

Consciousness (FFR/EEG Waveforms By Broadcast) Monroe 1991 

20. US6017302 Subliminal acoustic manipulation of nervous systems Loos 1997 

21. US5774088 Method and System For Warning Birds Of Hazards (Microwave 

Hearing) Kreithen 1997 

22 US5889870 Acoustic Heterodyne Device and Method (Ultrasound. 
Ventriloquist Effect.) Norris 1996 

23. US6011991 Communication System and Method Including Brain Wave 
Analysis and/or Use of Brain Activity (Remote Viewing) Mardirossian 1998 

24. US6052336 Apparatus and Method Of Broadcasting Audible Sound Using 

Ultrasonic Sound As A Carrier (Ultrasound) Lowery 1998 

25. US6470214 Method and device For Implementing The Radio Frequency 
Hearing Effect (Microwave Hearing) US Air Force/O'Loughlin/Loree 1992 

26. US 6587729 Apparatus For Audibly Communicating Speech Using The Radio 
Frequency Hearing Effect (Microwave Hearing) 

US Air Force/O'Loughlin/Loree 2002 



27. US 7473097 RFID tracking of patient-specific orthodontic materials 

Bartingale 2004 

28. US20120126948 Identification System and Methods (RFID attached to dental 

structure) Brunski 2011 

29. US patent 8,067,937 B2/ EU patent EP 2035818 A1 Probe and system for 
electron spin resonance imaging Israel Institute of Technolog 2007 

30. US patent 4,110,681 NMR (nuclear magnetic resonance) field frequency lock 
system IBM 1977 

31. EU Patent EP0909392 B1 Method of electron spin resonance enhanced 
magnetic resonance imaging Amersham Health AS Picker Nordstar OY 

32. World Intellectual Property Organization W02002015783 A1 / EU patent 
EP1312306A1 Method and apparatus for measuring electron spin resonance 

Japan 2001 

33 US20120245659A1/ WO 2011025830 A1 Systems and methods for 

stimulation of neuronal activity Argus Neurooptics, LLC 2012 

34 US20130013030 A1 Method and apparatus of pulsed infrared light for the 
inhibition of central nervous system neurons Vanderbilt University 2012 

35. US patent 6,526,318 Stimulation method for the sphenopalatine ganglia, 
sphenopalatine nerve, or vidian nerve for treatment of medical conditions 

Ansarinia; Mehdi M. 2000 

36 US patent 6,753,690 Interferometric signal processing apparatus 

Poseidon Scientific Instruments Pty Ltd 2001 

37 US patent 6420872 B1 Probe for detecting a transient magnetic resonance 

signal US NAVY 1998 



38 US 5608321 A Method and apparatus for detecting target species having 
quadropolar muclei by stochastic nuclear quadrupole resonance (NQR) 

US NAVY 1995 

39. US 5233300 A Detection of explosive and narcotics by low power large 
sample volume nuclear quadrupole resonance (NQR) US NAVY 1991 

40 US 4,691,164 Nuclear magnetic resonance (NMR) transmitter and receiver 
system Haragashira; Motoji (Otawara, JP) 1986 


Note: quote from patents #33, #34, #35, #37 

#33. US patent US20120245659 Systems and methods for stimulation of 
neuronal activity 

[0009] A wide array of medical conditions and associated pain that occur in 
addition to the various types of migraine and other headaches are all connected 
to neuronal activity in the head. In addition to the pain, other conditions include 
movement disorders, epilepsy, cerebrovascular diseases, autoimmune diseases, 
sleep disorders, autonomic disorders, urinary bladder disorders, subnormal 
metabolic states, disorders of the musculature system and neuropsychiatric 
disorders to name a few 

#34 US patent 20130013030 A1 METHOD AND APPARATUS OF PULSED INFRARED 
LIGHT FOR THE INHIBITION OF CENTRAL NERVOUS SYSTEM NEURONS 

[0046] Infrared neural stimulation (INS) represents a relatively new stimulation 
modality that exhibits high spatial precision and can be delivered in a contact free 
method for the stimulation of neural tissue [Wells et al., 2005b]. Investigations 
into the use of pulsed infrared light to stimulate neural tissue began in the 
peripheral nervous system (PNS) where it is demonstrated the ability of INS to 
reliably evoke action potentials in peripheral nerves. Pulsed infrared light can also 
stimulate auditory ganglion cells in the cochlea with high spatial precision 
establishing INS as a possible alternative to electrical stimulation for cochlear 
implants [Izzo et al., 2008]; [Rajguru et al., 2010]; [Richter et al., 2010]. Most 


recently, embryonic quail hearts were paced by pulsed infrared light, suggesting 
the possibility of optically based pacemakers [Jenkins et al., 2010]. In the central 
nervous system (CNS) the first application of INS was demonstrated in 
thalamocortical brain slices [Cayce et al., 2010] 

[0048] Certain aspects of the present disclosure are directed to stimulate neurons 
in the brain using INS technique 

[0051] Certain aspects of the present disclosure are directed to a novel technique 
that can manipulate cortex activities of a target in vivo. In certain embodiments, 
INS is used to evoke responses in the CNS of the target. In certain embodiments, 
INS can evoke responses in the sensory areas of the cerebral cortex, some of 
which can be similar to those evoked by natural sensory stimulation. The evoked 
responses can be similar to the responses in the visual cortex, auditory cortex, 
and somatosensory cortex evoked by the senses of vision, audition, and touch. 

[0052]lnfrared laser with predetermined parameters can be applied at or near a 
region of interest (ROI) of the cortex of a living target to evoke responses of that 
ROI. 

[0054] Pulsed infrared lasers can be delivered to the cortex through various 
optical mediums. In certain embodiments, an infrared laser is delivered through a 
optical fiber 

[0056] The magnitude of the response evoked by the INS increases with 
increasing infrared light energy, produced either by increasing the stimulation 
frequency or by increasing the radiant energy of the laser 

#34. US patent US20120245659 Systems and methods for stimulation of 
neuronal activity 

[0009] A wide array of medical conditions and associated pain that occur in 
addition to the various types of migraine and other headaches are all connected 
to neuronal activity in the head. In addition to the pain, other conditions include 
movement disorders, epilepsy, cerebrovascular diseases, autoimmune diseases, 
sleep disorders, autonomic disorders, urinary bladder disorders, subnormal 



metabolic states, disorders of the musculature system and neuropsychiatric 
disorders to name a few 


#35. US patent 6,526,318 Stimulation method for the sphenopalatine ganglia, 
sphenopalatine nerve, or vidian nerve for treatment of medical conditions 2003 


Abstract: A method is provided for the suppression or prevention of pain, 
movement disorders, epilepsy, cerebrovascular diseases, autoimmune diseases, 
sleep disorders, autonomic disorders, urinary bladder disorders, abnormal 
metabolic states, disorders of the muscular system, and neuropsychiatric 
disorders in a patient. 

#37. US patent 6420872 B1 Probe for detecting a transient magnetic resonance 
signal 

SUMMARY OF THE INVENTION: it is an object of the present invention to provide 
an apparatus which detects a magnetic resonance signal, and has an improved 
detection ability and SNR over conventional apparatuses. 

CLAIMS: 

6. An apparatus as in claim 4, wherein the probe detects a combined signal which 
includes the resonance signal and noise, the apparatus further comprising: a 
receiver receiving the combined signal from the probe and detecting the 
resonance signal from the combined signal by detecting a step increase over time 
in the power level of the combined signal. 

8. An apparatus as in claim 1, wherein the resonance signal is one of the group 
consisting of a Nuclear Magnetic Resonance (NMR) signal, a Nuclear Quadrupole 
Resonance (NQR) signal and an Electron Paramagnetic Resonance (EPR) signal. 

9. An apparatus as in claim 1, wherein the probe induces the resonance signal in 
the sample by emitting an RF field towards the sample. 



BACKGROUND OF THE INVENTION 
2. Description of the Related Art 

Magnetic resonance is useful to detect the presence of a specific substance in a 
sample. For example, generally, radio frequency (RF) radiation at a particular 
frequency will induce a magnetic resonance signal in a specific substance, but not 
in other substances. Therefore, the induced magnetic resonance signal can be 
detected to thereby indicate the presence of the specific substance.