Het grote onbekende: magnetische noordpool schiet weg richting Siberië, en wetenschappers weten niet waarom

Het akkoord van Parijs en de G(r)EEN DEAL van Dommermans zal er wel voor zorgen dat die velden weer snel terugdraaien naar een CO2 neutrale positie.

Joseph Cater geeft hier een verklaring voor in zijn fantastisch boek “the awesome life force”, het verschuiven van de magnetische pool is gelieerd aan de holle aarde (wat hij ook uitvoerig bespreekt in het boek).

The fact that the earth’s magnetic poles are far removed from the geographic poles, and that they tend to shift, has always been a puzzle to geophysicists and other experts. The concepts revealed in this treatise
provide a simple answer to this dilemma. A magnetic pole is defined as the point where the magnetic inclination, or the angle at which the compass needle points downward, is 90 degrees. This is the direction of the magnetic lines of force or the general flow of ether particles. At the north magnetic pole the flow is downward and is upward at the opposite pole. In actuality, the so-called poles are not sharply defined. The lines, along which the inclination is very close to 90 degrees, are quite extensive and follow a closed path around the lip of each of the large egresses into the hollow earth. The flow of ethers which produce the magnetic field will follow lines of least resistance, as is the case with any fluid. Since the openings produce a void, so to speak, the flow of ethers, concentrated in the higher latitudes, will concentrate at these openings. The concentration of soft electrons at any area fluctuates. Consequently, the so-called
magnetic pole will also have a tendency to shift.
A high concentration of soft electrons is radiated out of the openings from the interior. This means an inordinate concentration exists around the openings. Since the openings are not located at the geographic poles, they will assume the rotational velocity of the earth in these areas. Therefore, an additional magnetic field will be produced in these regions and in the same direction as the general flow of ethers. Similar nodal points, or lines, encircle the earth at the lower latitudes, as mentioned in Chapter
20, because ether flows tend to follow circular paths going in and out of the earth’s shell. Such nodal lines will be much weaker. A similar case exists along a bar magnet of considerable length.