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Hi, this is Andy Hall with Space News. I'm presenting part nine of my series
Eye of the Storm, where we look at electrical scarring on the Colorado Plateau.
In the past few chapters of Eye of the Storm, we looked at surface conductive
discharge in the landforms it creates. Ground-to-ground surface conductive
discharges formed river channels, fractured the land with arc blasts, built mountains,
ripped them apart, and induced electric winds that competed in a global plasma
storm on our ancient planet. We've discussed how surface conductive
discharges match the description of dragons in myth; how they must be
discharges from an alternating current, superimposed with the direct current
bias that forces its path across Earth's surface electric field, blasting
its way in fits and starts, as resonant frequencies built and relaxed,
bifurcating the current reactive power surges. The electric field is from a buildup of
charge on continental surfaces, due to capacitance in the continental plates.
We've discussed how such discharges emanate from beneath Earth's crust
through a continental fringing field. Capacitance dictates there must also be
charge built on the opposite side of a plate, which creates that potential difference.
This doesn't mean one side of the continental plate is all positive and one side negative.
Ionization of native materials generates plasma, which by definition is a mixture of
positive and negative charge; but plasma self-organizes, producing regions of high intensity
positive or negative bias, surrounded by shells of weaker plasmas.
Coherent structures evolve, as waves of energy pass through at varying frequency,
forming patterns of compression and rarefaction in the fashion that sonic
vibrations produce cymatics. Potentials oscillate between regions of high intensity,
sometimes spiking to extreme levels from harmonic feedback and constructive interference
in the manner of circuits, commonly referred to as RLC circuits in electronics.
It's the spiky surges that send sparks flying. We will now discuss the underbelly of
North America from where these sparks originated and what we can infer about its features.
In keeping with the ionic storm protocol, we'll use Earth's geology,
the planet Jupiter and the fractal self- similarities of charge diffusion as our living
laboratory for evidence. As discussed in the previous chapters,
river channels align with faults that are cracks in the earth caused by the intense
heat, pressure, and charge depletion of an arc blast from surface-conductive discharges.
They are literally the dragon's footprint; but not all dragon prints result in
river channels. In some places, surface- conductive discharges created faults that were
later buried, or somehow isolated from the watershed, so no river resulted.
The San Andreas Fault is one such beast. It was created in the same discharge
event that created the Colorado River. A resonant-frequency reactive discharge
sent a filament of induced current northwest, while the mainline current of
the Colorado filament turned 90 degrees east to the Colorado plateau. This
filament is the San Andreas Fault system, extending from the Gulf of California
along the western fringe of the continent, to the Juan de Fuca plate.
The fault follows precisely a portion of continental plate boundaries,
surrounding the Pacific known as the Ring of Fire. What this means is that the San Andreas
Fault is the result of a surface-conductive branch filament of the Colorado discharge,
induced along the plate boundary. This branch formed a parallel circuit
with the Colorado River branch, thus forming a parallel RLC circuit.
The parallel RLC circuit has a characteristic ability to amplify
frequency, to the point of producing resonant frequency reactive power discharges,
which is what we see along the Colorado River. Not all dragons are necessarily parallel
circuits. So the Colorado San Andreas system has some exceptional features
and may be unique, at least on Earth. The fact that the San Andreas is a filament of current
discharging along this path, can be demonstrated by looking at a real-life dragon in action.
Of course, this means looking to Jupiter, where a similar circuit is in action
right now. Capacitance forces a mere response to subsurface charge
accumulation on the continental surface and in the atmosphere. So, the landscape
and atmosphere reflect the ground currents. This image of a long oval storm system
on Jupiter has been presented before, in chapter 7 as an analog for the storm
that created the san Joaquin Valley in California, and its ring of mountains,
including the Sierra Nevada range. The red line traces the San Andreas Fault analog
that exists beneath Jupiter's clouds in the same geometry. It rides next to long, thin, dark
filaments making French curves in the clouds. These dark filaments are where low-level winds dive
beneath higher shelf clouds, to feed the jet stream that follows the discharge, creating the fault.
Where it meets the branching Garlock Fault, it created a triangle of Venturi winds.
Similar faults, or currents, are embedded in the Sierra Range where you can see dark filaments in the
cloud. In other words, you're seeing a dragon from above, the jet stream being a charged plasma wind
generated by induction along the path of the ground current, which takes an identical path through
the storm system that the San Andreas does, due to the fractal symmetry of charge diffusion
in similar circuits. Two similar circuits will create
similar patterns of charge diffusion; never exact, but
similar, like fingerprints and snowflakes. Both circuits create paths of current
with capacitance and inductance that form self-similar diffusion patterns in
the form of weather and discharge. The difference in size between Earth and Jupiter doesn't matter.
The processes are all scalable, and the difference in chemistry matters
little, because the patterns are formed by charge diffusion, which is regulated by the circuit.
The circuit dictates the plasma behavior and arranges the chemistry to suit.
One could say the circuit creates itself, like Escher's hand that draws a hand that draws itself.
That's a big insight, by the way. I hope you noticed.
As far as Jupiter is concerned, what this means is there are crustal ground
currents on Jupiter that form circuits geometrically similar to
certain ground currents on Earth. We don't have any direct evidence for
what constitutes ground on Jupiter, but the evidence that ground currents
are there, is in the shape and actions of the clouds. Capacitance between ground and
atmosphere dictates the presence of ground currents, producing self-similar storms in
feedback with currents in the atmosphere. Why Earth and Jupiter should have geometrically similar
electrical circuits within their crusts, may seem a ridiculous
coincidence, if you accept the consensus view on planetary formation.
So don't. Planets are formed as drops and bubbles, spit out at bigger planets or stars.
Drops and bubbles are fractal entities shaped by electrical bonding, surface tension that is.
Or as I like to say, spherical capacitance. It should be no surprise that complex
fractal bubbles will also have complex fractal surface features.
Fractals, being fractal, self-similar that is, and planets everywhere being drops and bubbles,
they should all display similar features. But you will not see the similarities, if
you categorize and analyze them as solid or gaseous structures,
or as thermodynamic or chemical entities, or as gravitational bodies caused by wiggly space-time.
They only make sense if you analyze them as circuits. Then it not only makes sense, it yields
real useful knowledge, to see Earth and Jupiter with nearly exact fractal symmetries.
The presence of the San Andreas Fault also betrays that the plate boundary hides a telluric,
or subsurface current, formed by charge accumulation beneath the plate
in the fringing field along the plate's edge. We'll now look at the evidence for this
subsurface current. We can't see what's beneath the crust, but we can make some assumptions,
based on surface features. We know subsurface currents
must generate heat, given resistance in the ground. So, we cannot
expect to find volcanoes and seismic activities concentrated on these currents. And so we do.
Charge collapses within and beneath the continental plates, because they present
a sheet of dielectric matter to energy flowing in and out of the earth.
As charge connects beneath the plates, it migrates and concentrates at the plate
boundaries. The fringing field at the plate boundary is the reason.
The transition from thick continental plate to thinner oceanic plate, or any cracks in the plate,
creates a fringing field that provides better connection for the pent-up charge beneath the plates
to escape. But the potential still has to be large enough to make a spark to close the gap
across the fringing field. And in the meantime the fringing field accumulates charge.
Filaments of current are induced along the length of the fringing fields at the plate boundaries
by earth's magnetic and electric fields, forming circuits. You should notice that the plate
boundaries connect in continuous, looping circuits around the earth. To illustrate,
one of the better examples is the Caribbean plate, or more precisely, what I call the Caribbean current loop.
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