The electric
energy the powers the Universe
that lights up every sun
is abundant on Earth
The case
of lightning
That a vast
electric potential exists between the ionosphere and the earth itself is evident
in the below photograph of electric currents flowing into a cloud, with the
electric currents extended below the cloud in the form of lightning.
credit: university of Alaska Fairbanks - credit Eastview
The real
life photograph, photographed from an airplane, contains all the
phenomena extending downwards from the ionosphere, that were previously
theorized, and observed in part in recent times, but were rarely brought
together in a single photograph.
In real
terms the Earth is attracting the same kind of electric current flow as the Sun
does, except on a smaller scale. The Earth's gravitational attraction is small
in comparison with that of the Sun, fro attracting electric plasma. Nevertheless
the Earth attracts a significant
amount of the galactic plasma which interacts with the Earth's magnetic field
and with the outer layers of its atmosphere where a charge separation can be
observed, causing visible electric current flows between the ionosphere and the
Earth's surface and the
various regions of the atmosphere in between.
Typically
the ionosphere extends from about 60 Km to nearly 1000 Km above the surface. The
region of high electron density begins above 70 to 80 Km and peaks at 300 Km
with a 100 times greater intensity. The bottom line is that there is lots of
electricity in the ionosphere. However, lightning is not the only phenomenon by
with the electric energy surrounding the Earth is tangibly evident.
Moving
the Great Ocean Conveyer Belt
One form of
evidence for the Electric Earth can be found in the dynamics of the Great Ocean Conveyer Belt.
The Great Belt is a system of warm ocean currents that flow into the Atlantic Arctic
where the water is cooled and increased in salinity by evaporation. The
increased density of the water causes the cold water to sink and form a deep
flowing cold stream that flows all the way to the Antarctic. Surrounding the
Antarctic, two ocean currents have been observed, a deep cold current and the
surface warm current, which both move in the direction of the rotation of the
Earth, and by which the entire belt system is driven.
http://www.whoi.edu/oceanus/viewArticle.do?id=20727
It has been
previously assumed that the belt is exclusively powered by the weight differential of
the waters in Artic Atlantic. The larger evidence however suggests that the main
driving force is an electric engine. The above image shows the Antarctic
continent being encircled with both a warm water stream and a deep-layer cold
water stream, both of which flow in the direction of the rotation of the Earth,
and flow thereby faster than the rotation of the Earth itself, which means that the Great Ocean
Conveyer Belt is actively powered, and is powered by the same
process that powers the jet streams, which move in the same direction, and also the rotation of the
Earth itself, so that a single electric process evidently powers all three
phenomena.
The homopolar
motor
jet streams
An extremely
simple universal principle exists that makes this type of phenomenon possible.
This principle is the principle of the homopolar motor. A homopolar motor causes
mechanical movement of an electric conductor that crosses a magnetic field and
has an electric current flowing that at some point is not parallel to the
magnetic field (though ideally perpendicular). This very condition exists at
Antarctica. At the distance of the ring around Antarctica, the Earth's magnetic
field lines are offset against the electric flow, flowing into the Earth,
causing the rotational movement of the ocean currents and potentially the
rotation of the Earth itself by the same principle. The homopolar motor was the
first device ever created (by Michael Faraday in 1821 at the Royal Institution
in London) to produce rotation from the interaction of an electric current
with a magnetic field. Faraday used mercury
for a conductive liquid instead of water as in the case of the Great Ocean
Conveyer Belt, but the rest was essentially identical, though not in scale.
The immense
power that is evidently driving the three different phenomena indicates somewhat
the magnitude of the electric emery flow that is observed in this evidence. We
are literally surrounded by this immense power of inflowing electric energy.
The
Earth's magnetic field
The immense
magnetic field of the earth is another item of evidence that vast electric
currents are flowing into the Earth.
by
NASA
The Earth's
magnetic field resembles that of an iron bar magnet, with great closed loops
near the equator and open field lines near the poles. Scientists call such a
field a "dipole." The Sun has a similar dipolar field that is about
100 times stronger. What precisely causes the magnetic field is not yet
understood, however, it is understood in basic physics that magnetic fields are
exclusively the result of electric currents in motion. Without the
active flow of electric currents, the Earth would not have a magnetic field.
However, with inflowing electric energy, towards the Earth, concentrated near
the equator, a strong magnetic field would result the creates the dipole effect
along its central axis, and would further explain the homo-polar-motor effect of
the rotation of the Earth.
That this effect is real is indicated by what happens
what it is missing, as in the case of the planet Venus that has an extremely
weak magnetic field and rotational speed so slow that it takes 243 days to
complete a single revolution on its spin axis. Why Venus has almost no magnetic
field is not known. It may be related to the composition of its atmosphere. The
Earth's moon has no atmosphere, no magnetic field, and no axial rotation.
Surrounded
by static electricity
That the
Earth is surrounded by a static electric field appears to be universally visible
in nature. The growth patterns of plants and trees have a striking similarity to
the discharge patterns of lightning, which seems to suggest the growth pattern
is to some degree influenced by the electric field distribution surrounding a
plant. While this field is extremely weak, it may be sufficient to influence the
mechanism that determines DNA expression.
Compare
this picture to the lightning strike below and note the structural similarity.
Lightning
striking a tower in Banská
Bystrica, Slovakia.
Or compare
it with the 'lightning' artificially preserved in a block of clear plastic.
Lichtenberg
electric discharge figure.
The
case of high power-density
While the lightning
strikes on earth are generally small in scale, sometimes demolishing a tree,
or a house, or killing a bystander, sufficient evidence suggests that larger discharge
events in distant time, left huge scars on the terrestrial landscape, like the
one below that cut deep across a mountain range with a patterns that is
typical for electric discharge events, only this time on a larger scale, as
shown by show fields on the higher elevations. The pattern shown is that of
the Grand Canyon. The canyon was deemed to have been cut by water erosion.
Except how does water flow uphill over a mountain to start the erosion
process.
The
Grand Canyon from space. Credit: Rick Searfoss, retired Space Shuttle
commander
See: The
Grand Canyon: Part One - The
Grand Canyon: Part Two
An
estimated 1,300 cubic kilometers of rock has been removed by this very large
electric discharge event, indicating that there is a lot of electric energy in
space. NASA had unexpected run-in with the phenomenon when its tether
experiment failed as electric currents had melted its 12 Km long tether, by
which it broke.
That the
Grand Canyon is not an isolated case of evidence of large scale electric
discharge arcing is evident in the shape of two ajacent crators of the Lake of
the Wood landscape.
Lake
of the Woods
Note the
semi-circular shaped edges. Compare those with the Grand Canyon, which is full
of these shapes.
Grand Canyon Arizona
We see
this kind of electric scarring not only on earth, but also on all the planets
in the solar system that have their surface visible, with Mars being the most
famous, with its great canyon, the Valles Marineris that extends for 3,000
kilometers, spans as much as 600 kilometers across, and cuts up to 8
kilometers deep. In comparison, the Grand Canyon in Arizona is puny - a mere
800 kilometers in length, 30 kilometers across, and cuts a only 1.8 kilometers
deep.
The
Lightning Scarred Planet Mars -- Part One
Debunking
Misconceptions About the Electric Universe
Both
canyons are located near their planet's equator where the high-current plasma
appear to be concentrated as NASA is able to see them.
NASA Plasma Bands
And it
gets bigger still - The Sahara Desert
Evidence
suggests that the Sahara was once a green place, and that it was 'dusted' over
with sand from space. It is by far the world's largest desert, covering nine
million kilometers with sand dunes reaching up to 600 feet high. Was it all
caused by wind erosion? The Sahara died out abruptly about 5,000 years ago.
The African Sahara Desert. Composite satellite image
- NASA.
"Where
did the Sahara sand come from? It did not exist 6,000 years ago. Experts
are proposing that vast oceans of sand formed in less than 3,300 years.
This is impossible because Saharan sand is some of the oldest on the
planet. When you have an highly charged object like a comet coming
towards the earth, before it strikes the earth there will be an electrical
discharge between the two bodies and that discharge will usually be of
sufficient magnitude to destroy the incoming object - so you end up with a
shower of sand and stuff like that." - See: The
Sahara Desert
Large-scale
electric activity is nothing unusual in our solar system, shaping their
landscapes, like that sandy dunes on Mars. see: Oceans
of Sand on Rocky Shores
Our
terrestrial landscape too, abound with evidence of large-scale electric
activity surrounding the Earth, and affecting it. In comparison with these
enormous electric events involving unimaginable levels of energy, the global
energy needs of mankind are rather puny. In fact, we should utilize this
enormous electric energy resource that exists all around us, to repair the
damage that it had done to the Sahara in the course of protecting the Earth
from incoming space junk.
Continue: Galactic
driven terrestrial evolution
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How
to Know the Truth
While the technology does not yet exist that
enables mankind to tap into the galactic electric energy that surrounds our
planet and is evident in so many ways, a breakout can be enabled that gets the needed development started. One
of the big blocking factors here, is the iron-clad hold on science that the masters of
empire exercise, who would loose their control over mankind if real scientific
development was to happen
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