Theory - Hypothetical mechanisms
Biofield monitoring and actuation: signal detection and insertion
The signal: an electric and magnetic flux
Why is a human an electric entity, similar to an electric circuit? Why does the body have an electric flux? Why does it have a magnetic flux?
Because cells generate electric pulses based on ion gradients and associated ion movements. A changing electric field generates a magnetic field.
What is the key technique for the detection of the low-intensity electric and magnetic fluxes?
Functional magnetic resonance (proton and electron) in the Earth's magnetic field
Assistive technique: Static build-up (charging) or ionization by microwaves upon the Earth's electrostatic field
Can the detection technique be reversed for actuation i.e. signal insertion? What is a key requirement?
Spin alignment/synchronization. Spins are tiny magnets. They get magnetized by the signal and they transmit it to brain areas. They act like antennas. A large group of aligned/synchronized spins transfers efficiently the signal to a brain area.
Individual-specific electromagnetic targeting & brain hacking
Type of the Signal (SIGINT) - Bioactive frequencies
What is the type of the signal?
The signal is considered as a "full spectrum" signal, near baseline intensity, consisting of both narrow and wide bands of frequencies and spanning the "most operable spectrum" of 0.5 Hz to 5 GHz.
Are there bioreactive frequencies?
Frequencies corresponding to:
(1) Head, body, organs as electromagnetic cavity resonators (e.g. 450 MHz for head),
(2) major ions, such as calcium,
(3) particles (electron and proton)
(4) geomagnetic pulsations
Are there neurotransmitter-targeting frequencies?
Targeting specific neurotransmitters is facilitating.
Sensors
Electromagnetic targeting presupposes electromagnetic detection/sensing
Electromagnetic targeting may be directed to a specific individual among a crowd. This means that the electromagnetic targeting signal tunes to a specific "brain fingeprint" or "brainprint" (cognitive model). This fact presupposes that the brain electric function is being detected by specific means. Therefore, electromagnetic targeting presupposes an electromagnetic detection/sensing capability.
The brain activity is difficult to be detected passively e.g. just by using an antenna. We may actively use magnetic sensing or electric sensing. In the first case, we need a static magnetic field and an excitation wave and in the second case, a static electric field (cf. quasi-static instead of static). The Earth has both. Could the Earth and the extended space have been transformed to detection chambers? Sensors including RADAR are used globally for different objectives including defense. Could human sensing have been included or integrated? Are biosignals that different from other signals? According to a theory, at some point that only required software updates for standard sensors.
Which are the sensors? Is it global?
Global electronic fence. Sensors in high latitudes (e.g. close to poles) allow worldwide transmission and reception. The Earth's magnetic & electric field create two worldwide surveillance capabilities. Over-the-Earth magnetic resonance & electric field chamber. Very-Long-Base Interferometry (VLBI)
Are advanced sensors used?
Quantum magnetic field sensors (Aharonov-Bohm) detecting magnetic potential
How is it possible to target large number of individuals?
Using interferometry, holographic patterns, inverse Fourier transform or deconvolution. Waves from different directions intersect at points corresponding to individuals.