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Controlling the earthquakes – some major breakthrough
Scientists all over the world are busy watching the convection current within the mantle of the earth that make the tectonic plates move. The critical step in controlling earthquakes is controlling the forces that make these plates move.
Earth's crust -- the top five to 40 kilometers or so -- is composed of about a dozen huge, rigid "tectonic" plates that "float" on the semi-solid rocks of the upper mantle, allowing them to move independently. The hot, plastic rock of the mantle is in constant commotion, driven by convection currents powered by heat from Earth's interior. This movement causes plates to move.
If the convection currents in the mantel can be controlled with the applications of huge energy manipulated by computer algorithms, the plate movements can be completely controlled.
The process also involves understanding the process by which the convection process gets its own energy. The energy comes from heat left over from Earth's formation out of hot gas and dust, gravitation, friction and radioactive decay. To neutralize the convection process, we need huge source of energy and the capability to apply that energy in a controlled fashion to manipulate.
Of course the challenge also comes in modeling the tectonic plates and dynamics by which the mantel convection causes these plates to move.
But the real challenge for controlling earthquakes is in sourcing that immense amount of energy to control and neutralize the convection currents within the mantel.
The energy can be tapped by an advanced civilization from the 5-D Hyperspace. The Hyperspace can provide endless energy in terms of radiation. The electromagnetic fields and the gravity come from the suction force of the Hyperspace through the Fermions.
It is just question of time before particle accelerators are able to create virtual particles and trail the same to find Fermions. That will eventually create artificial opening to the Hyperspace with endless energy to counter the terrestrial convection currents within the mantel.
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