Remote Neural Monitoring

Physical Control of the Mind

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Physical Control of the Mind

Welcome to the Site
version en español ) ( versión en Español ) The functions of your brain can be monitoredand changed at a distance through EEG by radar 


” It is possible to remotely monitor the electrical activity of the brain, entire regions or selected parts through the transmission and reception of electromagnetic waves from a remote point of the target brain ” (The individual components of the system for monitoring and controlling brain wave activity may be commonly used in radar systems )

This is a site that discusses scientific articles on the physical control of mental functions.

The purpose of the website is to publish, disseminate and discuss themes and technologies used in the physical control of human mental functions.

Here you can download books and articles, as well as publish your articles and opinions on the subject. 

Physical control of mental functions can be done at a distance, through the EEG by Radar . ( Victorian, Armen: ” Neural manipulation by remote radar , published in Lobster No. 30 ) . 

Therefore, it is no longer necessary to use electrodes to capture the electrical variations of the brain.

Brain functions that can be activated at a distance include:

  • The calls Voice-to-skull (direct voice in the brain or synthetic telepathy *) through the auditory cortex;
  • Production of Brain Images ( produce images direct in the brain , and generate vivid dreams);
  • Mental pain (brain shocks, electric shock sensation and electric current in the body);
  • Production of physical pain from electrical stimulation of the brain (toothache, muscle pain, stomach pain, etc);
  • Production of scintillating lights ( phosphenes ) and production of sensations of phantom presence by activation of the left temporoparietal junction;
  • The Heart (can be paralyzed, retarded or accelerated by the proper stimulation of certain cortical and subcortical structures);
  • Respiratory Movements (rhythm and amplitude can be controlled remotely);
  • Secretion and Gastric Motility ;
  • The Mental Functions (flow of thought, control of language, aggressiveness);
  • Sensory Functions (listen to sounds and see the images produced by the target brain through the auditory cortex, and visual);
  • Sexual Functions (producing sexual excitement or inhibition, impotence, premature ejaculation, poor vaginal lubrication, prolonged sexual arousal and arousal, etc.);
  • Visceral Functions (including muscles of the mouth, stomach and intestine) can be modified, producing abdominal bloating, feeling of pimples in the stomach, gas, activation or inhibition of intestinal peristalsis, vomiting, feeling sick, nausea , urgency in defecating or urinating, constipation, urinary incontinence;
  • Motor Activities ( specific or generalized muscle contractions of the whole body, face, scalp, tachycardia and cardiac arrhythmias, cramps, convulsions, tremors throughout the body);
  • Sensory Perceptions (such as illusory perception of movement, vertigo, dizziness, tingling, itching, etc);
  • Sleep (too much sleep, or sleep deprivation );
  • The pupil diameter (which can be regulated from maximum constriction to maximum dilation, equal to a photographic camera, by sending signals to the hypothalamic region of the brain);

(See visual cortex reading and synthetic telepathy implemented through computer brain interfaces .) The Silent Talk Project implements synthetic telepathy.  Patent Video to Generate Microwave Hearing Via Broadcast ) .

The diagram below summarizes the operation and summarizes the registered patent invention in the USA, with the number United States Patent 3951134, the patent name is Apparatus and Method for remotely monitoring and altering the brain waves.


Another complementary patent is: Cryogenic remote sensing physiograph . For mapping remote human functions including EKG, EEG, EMG, EOG, etc. According to the patent is apparatus and method for remotely detecting super- low frequency ( SLF ) and extremely low frequency ( ELF) signals emitted by humans.
Apparatus and method for remotely monitoring and altering brain waves .

An apparatus and method  for detecting brain waves at a remote location of an individual in which the electromagnetic signals of different frequencies are simultaneously transmitted to the subject’s brain such that the signals interfere with one another to produce a wave configuration which is modulated by the subject’s brain waves.The interference waveform, which represents the activity of the brain waves, is retransmitted by the brain to a receiver where it is demodulated and amplified.The demodulated waveform is displayed for viewing and routed to a computer for processing and analysis. The demodulated waveform can also be used to produce a compensation signal, which is transmitted back to the brain to effect a desired change in target brain electrical activity. “

The technology works by altering the electrical signals of the brain at a distance, and the target subject is monitored by remote EEG, the basic functioning is that the brain of humans, as of any higher living being, works through electric discharges. Radio interference spectra are used to avoid interference.

These electrical discharges can be detected in electroencephalogram (EEG) tests. Each area of ​​the brain produces electric discharges with differentiated voltages, (obeying certain voltaic variations for each area.)

In traditional EEG, each electrode defines a channel associated with a particular brain area. This area produces electrical variations that are presented as waves in the EEG. In the analysis of the Remote EEG the same procedure is defined as the return wave is the resultant wave of each area of ​​the brain.

The image below demonstrates this fact:

Interference channels of distinct areas of the brain and resulting waveform formation (brain frequency and modulation)

The drawing illustrates the same brain area of ​​two distinct individuals. Notice that each individual produces subtle variations in the waves, that is, it generates differentiated electric currents. Even specific regions of the brain can be monitored in detail in their electrical variations and a resulting wave generated, as in the figure below.

 Bi-directional brain monitoring system.
Radiofrequency and EEG telemetry.

How brains can be individualized remotely.

One issue that is not much discussed in the literature on the subject is how an individual’s brain can be isolated at a distance, so that even if that individual is very close to other people, only he will suffer the symptoms of the EEG biometry, which allows the individualization of the target brain specific frequency, as a brain signature identified at a distance.

EEG biometrics is already well known, and there are several articles on the subject. For an individual to be recognized solely and at a distance, it is enough that the electrical waves of his brain are amplified. The technology for producing cerebral identities at a distance is the same as that used in radar , and is based on the amplified Doppler-Fizeau effect .

After that an algorithm is used, in the P300 model , to create an individual identifier checksum . This checksum is produced from two or three distinct areas of the brain, which have distinct variations in individuals. With this we have the cerebral frequency of the individual represented as a number identifying the electromagnetic structure of that brain.

Brain Area Bioelectric Resonance Frequency Information Induced Through Modulation
Motor Control Cortex 10 Hz Motor Impulse co-ordination
Auditory Cortex 15 Hz Sound which bypasses the ears
Visual Cortex 25 Hz Images in the brain bypassing the eyes
Somatosensory 9 Hz Phantom touch sense
Thought Center 20 Hz Imposed subconscious thoughts
You can identify the pattern for the motor, auditory and visual cortex. Each of these areas generates a distinct electromagnetic pattern for each individual. Once this electromagnetic pattern is identified, it is sufficient to use a biometric reader to generate the checksum , that is, the individual brain frequency of that individual.

At first any area of ​​the brain can be used, as well as the checksum generation model , and the number of areas to be used in identifying the individual.

In general, it can be said that changes in the state of the brain generate distinct electromagnetic variations that appear in the EEG differently.


” In the example shown therein, two signals, one of 100 MHz and the other of 210 MHz are transmitted simultaneously and combine in the brain to form a resultant wave of frequency equal to the difference in frequencies of the incident signals “.

In the figure above, the first figure shows the brain in a certain electromagnetic configuration, with specific areas activated, in orange. In this condition the brain produces an electromagnetic wave variation proper to that pattern. In this way, it can be said that each brain has a clock speed of processing that once identified defines its brain signature. Experiments with molecular computers replicate this effect.

If the brain configuration changes, the wave pattern also changes, and can be identified by the Remote EEG monitoring system. Thus, each brain has a specific frequency, and its various mental states are represented by the specific modulations of that frequency.

The brain is an antenna operating at frequencies differing for each individual. The various modulations of this brain frequency represent differentiated mental states, triggering distinct regions of the brain.

If the brain pattern is sent from the computer, through antennas, to the air (as with radio waves), only the brain that responds at that frequency receives the electromagnetic interference generated, in which case the brain is configured in the pattern established by the received wave.

US Patent US4940058 depicts the diagramming of an apparatus for remote monitoring of the internal physiological processes of a human subject, capable of measuring the electromagnetic signals emanating from the body of said individual, separating the ECG, EEG, EMG, EOG, and respiration in the form of waves representing the said physiological processes. To do so, an analog-to-digital converter capable of converting 0.3-4.0 Hertz signals into digital signals is required in the specification.

Once the individual is identified, their brain functions can be monitored and altered through the electromagnetic waves generated by a computer. Mental functions that can be altered include the functions of the nervous system , both the central nervous system, the autonomic nervous system, and the peripheral nervous system.

Emotions and feelings can also be changed by sending out emotional signatures recorded on EEG models. For example, sadness and depression, as well as joy and other emotional states, define a specific form of variation of brain activity, for each emotion there is a specific brain state.

When these emotional states, obtained by the EEG wave variations, are recorded in a computer, they can be induced in another brain, generating the same emotional state recorded earlier.

The ” Mind Control Technologies ” file summarizes a group of technologies used to manipulate brain functions.

The video below summarizes the so-called Remote Brain Monitoring:

EEG Remote Monitoring

Remotely Activated Brain Functions

In his book, Physical Control of the Spirit , Delgado questions, and then responds affirmatively: “Will impulses, desires and thoughts be commanded by brain stimulators on the radio?” In his experiments, Delgado demonstrated that one can, through cerebral stimulation by radio, modify various aspects of the body. 

Delgado also said that everything that can be done with stimociver, the biochip patented by him, can also be done with electromagnetic waves. In the text Psychocivilization and Its Discontents: An Interview with Jose Delgado stated:

“I could later do with electro-magnetic radiation what I did with the stimoceiver.” It’s much better because there’s no need for surgery … I could make apes go to sleep. ‘m sure they’ve done a lot more research on this in both the US and Russia . ‘

In translation : “I can do with electromagnetic radiation the same as I did with the stimoceiver … I can make monkeys go to sleep.I stopped that line of research fifteen years ago.But I’m sure they did a lot more research on this in the USA. and Russia. ”

The figure below demonstrates the stimulation of radiofrequency aggression in experimental monkeys.

Aggression Stimulation in laboratory monkeys.    


Delgado worked with biochip implants and radio-actuated electrodes (stimociver) in the 1960s . Since the 1970s, implants were no longer needed to produce the same effects as implants , since the brain itself can be modified by electromagnetic waves.
These lines were to explain, in general, the model of control of the cerebral functions, executed at a distance, indicating only some examples of the possibilities and the limitations of the technology of control of the cerebral functions at a distance.

One of the limitations is the impossibility of controlling consciousness, since technology changes only brain functions. This subject is very well discussed in the chapter titled “Characteristics and Limitations of Brain Control” in the book ” Physical Spirit Control “.

The next links detail who uses the technology , what the goals are for producing physical distress in ordinary individuals, and the ways in which technology can be deactivated by victims .

What is important to note is that the conscious induction of pain and suffering into individual targets represents the primary goal of this technology, as well as being a mechanism of fear production and social control.

Technology is not used in isolation, as there is always a group of people performing a ‘ street theater ‘ street theater where the target individual lives. This phenomenon is called ‘ Gang Stalking ‘ and consists of a group of people following and trying to create a controlled social scene for the target individual.  

The functions of the visual and auditory cortex can be monitored, which allows seeing and hearing what the target individual is witnessing, and the other areas of the brain can also be monitored, allowing a series of sensations experienced by the individual to be remotely identified.

This combined with the social scenarios of gang stalking creates an environment of torture, physical, mental and psychological suffering for the target individual. It is worth remembering that the brain functions, when activated remotely, can not be controlled by the target individual, that is, the aggressiveness activated remotely will generate an aggressive individual, even if the same does not feel reasons for aggressiveness.

After reading the rest of the site, search for the terms ” Synthetic Telepathy “, ” EEG Remote Monitoring “, “Voice to Skull” for more information. There is a lot of record of using these technologies, and the search for evidence is no longer a goal, the goal now is to find defense technology against such procedures.

You can get the pdf version of this site in 4Shared , or Megaupload

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