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The brain may modulate the amplitude, frequency and/or phase of the interference waveform. The interference waveform is modulated by the brain electrical activitywith each section of the brain having a different modulatory action. of 100 and 210 MHz penetrate the head and impinge upon the brain where they interfere or mix (conventional mixing process) to yield aninterference wave with a frequency of 110 MHz corresponding to the difference in frequencies of the two incident components. High frequency transmitters of conventional type commonly employed in RADAR systems can be operated to transmit two electromagnetic frequencies in the typical range of 1 MHz to 40 GHz through one ortwo antennas towards the subject.
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Use of "closed loop compensating system permits instantaneous and continuous modification of the brain wave response pattern" Remotely monitoring brain activity and remotely affecting brain activity by electromagnetic transmission of 100 and 210 MHz and the incident on the brain interference wave of 110 MHz is modulated by the brain electricactivity and backscattered to antenna. Remote neural monitoring (remote EEG) and brain interference patented for RADAR / conventional transmitters in the 1970sĪntenna sends two electromagnetic waves e.g.
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The variation frequency of the RFelectromagnetic wave was correlated with the EEG and the dominant variation frequency of the RF was identical with the dominant EEG frequency, as determined by the spectral density analysis (Fouriertransform). et al (2014)demonstrated experimentally in the rat thatneuronal activation can be sensed/monitored using an RF/microwave frequency as its phase change, which varies with permittivity in the examined brain site. Remote neural monitoring and interference using electromagnetic waves via RADAR / conventional transmitters and interferometry Remote neural monitoring (RNM) / remote EEG using microwaves/radiowaves demonstrated experimentally in the rat
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Use of frequencies for which the human head acts as electromagnetic cavity resonator (450 MHz range). Interference of beams to generate a carrier with a frequency that provides optimal modulationĢ. Microwave/radiowave monitoring: standard modulation of carrier with the brain signal (modulation of phase andamplitude) Neural heterodyning: Modulation of the brain signal onto a carrier with the purpose of transmission is a mixing process represented by the term heterodyning.ġ. Hall cites the Malech patent for RNM/interference in his book "Guinea Pigs: Technologies of Control" Activist discusses current holder of Malech patent Videos Remote neural monitoring and interference using electromagnetic waves via RADAR / conventional transmitters and interferometry Remote neural monitoring (RNM) / remote EEG using microwaves/radiowaves demonstrated experimentally in the rat Use of temporal interference for brain stimulation / activation - Neuronsfollow the frequency of the interference pattern Remote neural monitoring (remote EEG) and brain interference patented for RADAR / conventional transmitters in the 1970s Remote brain monitoring and interference retrofitted in weapon systems in the 1970s Interference used in the 1920s by German scientist Erich Graichen to influence brain activity Dr. Table of Contents Microwave/radiowave monitoring: standard modulation of carrierwith the brain signal(modulation of phase andamplitude) Neural heterodyning: Modulation of the brain signal onto a carrier with the purpose of transmission is a mixing process represented by the term heterodyning.