The Fulcrum Mechanism and the Impending Pole Shift

The gradual shift of the poles alters the position of surface and underground masses of water (3), lava, and oil. Seas are gradually shifting to new locations; lava, as it moves, encounters gases and water, which increases its impact on the Earth's surface layers, leading to fractures in the crust and volcanic eruptions. By analysing temperature changes in different parts of the Earth, it is possible to calculate the direction and speed of movement of surface and underground masses. By measuring the expansion of coastlines due to water displacement, one can also calculate the volume of liquid masses shifting within the planet, as surface and underground waters are interconnected.

The thrust force that changes the position of the Earth encounters resistance from the Earth's shape. If our planet were a perfect sphere with its axis exactly in the centre, the Earth's shift would be impossible. But our planet is not a perfect sphere. The center of mass of the planet is located between the two poles. The slow shift of the center ofslowly shifts the position of the poles. But the planet, being under the influence of the inertia of its rotation around the Sun, always lags behind the moving poles, although it shifts slightly in the direction of the pole motion. This lag causes tension between the forces of the poles.

When the tension reaches a critical point, the Earth's positional shift will slow down (and according to the latest data, it has already slowed down (4)), but the movement of liquid masses will continue since the tilt has already occurred. The moment the planet almost stops changing its position, there will be a sharp shift of the Earth's poles. I.e., when the shifting liquid masses outweigh the resistance, there will no longer be any hope for a gradual continuation of the Earth's positional change - at that point, a sudden Earth's shift will occur. This will no longer be a slow climate change, but an abrupt temperature shift of tens of degrees Celsius - leading to warming in some regions and extreme cooling in others. The "fulcrum" mechanism, installed at three different locations on the planet, would be sufficient to allow the Earth to smoothly follow the magnetic field and "move" with it until it reaches a stable position for the next few hundred years.

The knowledge about the “fulcrum” mechanism was obtained by deciphering of one crop circle. This mechanism not only makes it possible to prevent the the Earth's shift, but also to avoid catastrophic natural disasters.