As titanic earthquakes rip apart the earth’s crust, destroy Mankind’s cities, and sweep away lives with the merciless hand of Fate, desperate scientists aware of the relationship between the ongoing magnetic polar shift, the planet’s stressed molten core, and rupturing tectonic plates, scramble to anticipate the next upheaval.
The titanic 9.0 superquake that destroyed much of northeastern Japan is a symptom of the growing devastation reverberating around the globe as the geomagnetic field continues to relentlessly warp, fluctuate and mutate the Earth into a cauldron of cascading disaster.
Both the superquake and super-tsunami were generated by a gigantic ripping of the Earth’s crust: the North American plate snapped upward. The mammoth fissure—150 miles long and 50 miles wide—gapes lies like a garish wound on the ocean floor, plunging downwards into the depths of the crumbling, unstable mantle.
Geomagnetosphere mutations affecting major plate faultlines
Most people are unaware that magnetic field fluctuations can precipitate earthquakes and initiate strange mass animal behavior—bizarre behavior like that reported around the world since the final months of 2010. [See:Statistical relationship of strong earthquakes with planetary geomagnetic field activity — Harvard University]
Earthlights phenomenon caused by harmonics from Earth’s mantle
Earth harmonics deep in the mantle emanating from an unstable core are causing visual and auditory phenomenon. Strange shimmering colors are painting the skies; unsettling moans, booms and droning are being heard in various regions of the planet.
Geomagnetic flux, often a precursor to mighty quakes, is sometimes accompanied by those strange harmonics: colors dancing in the sky or eerie, discordant “music.” [See: Ultralow-Frequency Magnetic Fields Preceding Large Earthquakes — Antony C. Fraser-Smith Stanford University]
All are signs of what may come.
And what may come puts all of Hollywood’s disaster movies to shame.
Earth’s beating heart
The geodynamo that’s the heart of the Earth is like a human heart that’s begun fibrillating. It’s become unpredictable, unstable, and increasingly dangerous to all life on the surface.
Mighty currents of molten rock, under extreme pressure, boil beneath the fragile crust propigating earthquakes, volcanic eruptions, and the continental drift.
Changes in the geomagnetosphere affect the Earth’s plate tectonics. Tectonics are affected because the planet’s primarily a core of superheated, dense, viscous liquid with a relatively thin crust floating on the surface. That segmented crust—like a cracked pie crust—is what comprises the tectonic plates. They are in constant movement chiefly due to massive currents deep within the planet’s mantle and molten core.
It’s also the geodynamo that creates the earth’s magnetic field and the interaction with the solar magnetosphere can initiate plate drift, tensions, and the massive buckling and shearing between the plates. This movement along fault lines is called an earthquake.
Geomagnetic flux, often a precursor to mighty quakes, is sometimes accompanied by strange harmonics: people see colors dancing in the sky or hear what sounds like eerie, discordant music. [See: Skyquakes: Warnings From Earth's Destabilizing Core]
The growing abberations of the magnetic field—and the increasing level activity of the sun—is symptomatic of the change in the Earth’s core. A dangerous change. An uncontrollable change. A change that is leading to the possibility of greater and greater disasters in every hotspot around the globe.
It’s been demonstrated that changes in the geomagnetosphere affect the Earth’s plate tectonics. The reason why tectonics are affected has to do with how the Earth is built geologically. The planet’s primarily a core of superheated, dense viscous liquid with a relatively thin crust floating on the surface. That segmented crust—like a cracked pie crust—is what comprises the tectonic plates. They are in constant movement chiefly due to massive electrical currents deep within the planet’s mantle and molten core. [See: Detecting earthquake precursors by monitoring the earth's electrical field — Dionysios Dimakos]
Volcanic activity will also increase
Japan’s superquake was followed by hundreds of strong to severe aftershocks, and then an entirely new quake on a separate fault in central Japan measuring 6.6 magnitude.
Hours later a volcano in Indonesia along the famous Pacific Rim ring of fire exploded into an intense eruption.
As the core continues to mutate, more volcanoes will become active. The sun also is exacerbating the ancient volcanoes. Because of this, the danger of Earth’s supervolcanoes erupting has also greatly increased.
Warning signs are emerging across the world.
The supervolcano in the Canary Islands off the African coast is active now, and in the United States the Yellowstone supervolcano is activating. [See: Scientists Warn Supervolcano Will Destroy U.S.]
In the Great Midwestern states the New Madrid faultine appears to have awakened and ominous volcanic venting has been captured by satellites. [See: Frightening Volcanic Venting Signals Coming Midwest Megaquake]
Ominous magnetic torsion fields emerge
As the flux in the Earth’s dynamic magnetic field becomes more erratic and the intensity of the field fluctuates to a greater degree, the formation of energetic torsion fields withing the electrical matrix generated by the geodynamo can increase.
The torsion fields—as defined by geophysicist Dr. A. Akimov—can appear within an electrical field in a state of flux. They are distinct energy fields that interact and affect energy and matter. Some experimenters have found evidence that their emanations sometimes appear to exceed the speed of light.
Torsion fields can change the light frequency of laser beams, affect electrical components, modify gravity waves, and negatively impact biological processes.
Beyond that, torsion fields can go rogue, create escalating feedback by looping upon themselves and generating massive, uncontrollable forces upon the spinning molten core through permutations, and erratic spin, and unequal pressure. It can be measured and deduced by the magnetic flux using supercomputers.
But the data produced is always after the fact and is useless as a tool for prediction.
Sadly, the current level of Man’s technology is useful only to determine exactly what it was that killed or displaced hundreds of thousands of people.
As the geomagntic field effects intensify and interacts with an increasingly active sun, the core becomes ever more erratic.
What’s on the horizon?
More superstorms erupt into global titans of fury; more superquakes splitting lands in two and shifting coastlines, submerging islands, and destroying whole countries; and more volcanoes spilling superheated death and destruction upon helpless humans—searing death from the very bowels of the Earth.
What can scientists do? What can any humans do except record data and watch the escalating turmoil.
Another ‘super moon’ is due on Saturday. The perigee full Moon in May will be as much as 14% bigger and 30% brighter than other full moons of 2012
Super moon rise over Warfield Church, Warfield, Bracknell, Berkshire, UK
The supermoon this weekend will be brighter – and ‘bigger’ – than any this year
The elliptical orbit of the moon means some full moons are bigger than others
And the ‘Supermoon’ – the term for a perigee full moon, closer to the Earth than usual – could cause tides to rise around the world as the moon’s close ‘fly past’ exerts 42% more tidal force than usual And the ‘Supermoon’ – the term for a perigee full moon, closer to the Earth than usual – could cause tides to rise around the world as the moon’s close ‘fly past’ exerts 42% more tidal force than usual
The ‘super moon’ will slightly amplify tides around the world
