Crustal Displacement

Crustal Displacement Overview

Think of the earth like a giant onion, covered by several layers of skin. The outer layer of the Earth, called the lithosphere, includes the continents and the ocean basins. This is the Earths crust. Under normal conditions the crust stays in place. There are disturbances, like earthquakes, but the entire skin basically stays wrapped in place around the planet, allowing for the development of stable ecosystems and flourishing of life.

But in 2012 that will change. Two extraordinary and cataclysmic forces will set off crustal displacement; the gravitational pull caused by the Galactic Alignment and the corresponding rise in solar radiation.

Galactic Alignment

On December 21, 2012, the Sun will be at the center of the Milky Way galaxy. This rare occurrence will amplify the Suns gravitational pull on Earth, causing increased instability within its core layers. Greater gravitational pull will also augment Solar Activity. Large amounts of solar radiation will bombard the Earth and heat up the molten, semi-liquid layers beneath the lithosphere, thus allowing the crust to shift more easily.

Super Volcanoes

Super Volcanoes feature a vast network of rivulets and tubes that connect them to the Earths molten core. Increased core temperatures combined with the kinetic heat from the sliding lithosphere could trigger eruptions of the Super Volcanoes with catastrophic consequences. The Earth could be plunged into a volcanic winter; a severe reduction in temperatures caused by volcanic ash and droplets of sulfuric acid obscuring the sun.

What will happen in 2012?

Bursts of radioactive energy originating from the Galactic Alignment will drastically heat the Earth’s molten core in 2012. As the core heats up, it will revolve exponentially faster and expand. Rapid increases in the core velocity will cause the semi-liquid layers beneath the Earth’s crust to shift and dislodge. The shifting crust will release bursts of seismic energy, catalyzing powerful earthquakes. Frictional heating from earthquakes will further ignite the Earth’s core, creating a potentially catastrophic feedback loop. The Earth’s crust will further dislodge. The continents will slide apart. Under the surface, the tectonic plates will grind together with unprecedented force. Kinetic heat generated from the grinding plates will melt the viscous magma sitting in reservoirs underneath dormant Super Volcanoes. The bubbling magma will reach a pressure tipping point. The Super Volcanoes will erupt, covering the Earth with lava and ash, and likely ushering in a new Ice Age.