Reading Human Resonances Absorption Spectra through RADAR
I have respected Carl Sagan (Cosmos), Steven Hawkings (A Brief History of Time), and
Green (An Elegant Universe) for their abilities to explain complex physics concepts in an
understandable way to the general reader. I will never be able to reach their level of
teaching but I would like to explain one technique of how brain waves can be read and
influenced by electromagnetic energy. As it turns out there are many ways in which this
seemingly science fiction feat can be done. I will explain a few of them based on patents
from the 60's and 70's and then expand on some of those ideas.
Let's start with the Malech patent. He never describes the underlying theory as to why his
invention works, he just described how to build it and what applications it might be useful
for. Imagine the brain being a complex mesh of switches. Initially, let us assume that they
are all connected. We then have a structure that can be analogized to a wire mesh. When
electromagnetic waves of the electrical resonance frequency of the wire mesh strike it, it
absorbs the energy and begins to oscillate like an antenna on your car radio. This is how
radar works by looking at what frequencies bounce back, scatter, get absorbed, or pass
through an object. So like a swing that was pushed, it will oscillate back and forth in the
electromagnetic spectrum rather than the potential energy spectrum. That oscillation
eventually dampens and is converted to kinetic thermal energy. If we disconnect one of the
wires in our mesh by throwing a relay, the resonance frequency changes abruptly. It would
be like changing the length of the swing's ropes, or when an ice skater pulls in their arms
while in a twirl to spin faster. So simply by observing the changes of oscillations of a
swing set, we would know the length of the ropes holding it. Or simply by measuring the
changes in our oscillating wire mesh, we would know how many switches were connected
at any time.
Now let us unravel the analogy back to brains. The brain resonates at roughly 450-800
MHz in adults depending on many factors. Basic microwave communication hobbyists
have known this for many decades. So if we look at the neuron and what gives rise to the
electrical and magnetic fields in the brain, we see that the voltage sensitive sodium ion
gates open and close during the depolarization process. The ion currents act like wired
electrical currents and the gates act as switches turning on and off the currents. So the
brain, like our wire mesh example above, will resonate according to the state of the ion
gates. The phase, amplitude, and frequency of the changing resonance of the brain gives all
the information about the brain's ion gates. The return radar signal tells where, when, and
how many of these switches are closed and open. This is true with all objects and electrical
appliances.
Another way to view the problem of reading brain waves at a distance would be to look at
the magnetic properties of electron flow. If you model the brain as a coil with inductance,
141putting a magnetic field near it will change the resonance of the coil or induce a current in
it. Ionic flows create magnetic fields which would change the brains inductance properties.
It is just two sides of the same coin. There is only one force in the universe with many
expressions of it due to dimensional dilation that we observe as electric, magnetic, weak,
strong, and gravity.
So it is not a great scientific mystery how the brain's electrical activity can be read through
RADAR nor the heart beating through whole body or organ resonance in a similar fashion.
Other additional signal processing methods like Doppler RADAR adds another
perspective. Even muscle contractions have similar ionic switches that can be measured.
Disinformation agents, like Dr. Delgado, Col. Bearden, and Col. Alexander, would like
you to believe their versions of science so you can join the ranks of the unenlightened but
don't fall for it. The certain government agencies that like to keep secrets from the cattle
I have respected Carl Sagan (Cosmos), Steven Hawkings (A Brief History of Time), and
Green (An Elegant Universe) for their abilities to explain complex physics concepts in an
understandable way to the general reader. I will never be able to reach their level of
teaching but I would like to explain one technique of how brain waves can be read and
influenced by electromagnetic energy. As it turns out there are many ways in which this
seemingly science fiction feat can be done. I will explain a few of them based on patents
from the 60's and 70's and then expand on some of those ideas.
Let's start with the Malech patent. He never describes the underlying theory as to why his
invention works, he just described how to build it and what applications it might be useful
for. Imagine the brain being a complex mesh of switches. Initially, let us assume that they
are all connected. We then have a structure that can be analogized to a wire mesh. When
electromagnetic waves of the electrical resonance frequency of the wire mesh strike it, it
absorbs the energy and begins to oscillate like an antenna on your car radio. This is how
radar works by looking at what frequencies bounce back, scatter, get absorbed, or pass
through an object. So like a swing that was pushed, it will oscillate back and forth in the
electromagnetic spectrum rather than the potential energy spectrum. That oscillation
eventually dampens and is converted to kinetic thermal energy. If we disconnect one of the
wires in our mesh by throwing a relay, the resonance frequency changes abruptly. It would
be like changing the length of the swing's ropes, or when an ice skater pulls in their arms
while in a twirl to spin faster. So simply by observing the changes of oscillations of a
swing set, we would know the length of the ropes holding it. Or simply by measuring the
changes in our oscillating wire mesh, we would know how many switches were connected
at any time.
Now let us unravel the analogy back to brains. The brain resonates at roughly 450-800
MHz in adults depending on many factors. Basic microwave communication hobbyists
have known this for many decades. So if we look at the neuron and what gives rise to the
electrical and magnetic fields in the brain, we see that the voltage sensitive sodium ion
gates open and close during the depolarization process. The ion currents act like wired
electrical currents and the gates act as switches turning on and off the currents. So the
brain, like our wire mesh example above, will resonate according to the state of the ion
gates. The phase, amplitude, and frequency of the changing resonance of the brain gives all
the information about the brain's ion gates. The return radar signal tells where, when, and
how many of these switches are closed and open. This is true with all objects and electrical
appliances.
Another way to view the problem of reading brain waves at a distance would be to look at
the magnetic properties of electron flow. If you model the brain as a coil with inductance,
141putting a magnetic field near it will change the resonance of the coil or induce a current in
it. Ionic flows create magnetic fields which would change the brains inductance properties.
It is just two sides of the same coin. There is only one force in the universe with many
expressions of it due to dimensional dilation that we observe as electric, magnetic, weak,
strong, and gravity.
So it is not a great scientific mystery how the brain's electrical activity can be read through
RADAR nor the heart beating through whole body or organ resonance in a similar fashion.
Other additional signal processing methods like Doppler RADAR adds another
perspective. Even muscle contractions have similar ionic switches that can be measured.
Disinformation agents, like Dr. Delgado, Col. Bearden, and Col. Alexander, would like
you to believe their versions of science so you can join the ranks of the unenlightened but
don't fall for it. The certain government agencies that like to keep secrets from the cattle