Tweet
Hi, I wanted to start this thread to try and sort out the earth magnetic field in conjunction with some key concepts like the ionosphere, the electrically charged earth crust and the magnetic monopole currents purportedly coming from the solar flares.
How about the temperatures? They are the lowest near arctic and antarctica near the poles(magnetic fields are the strongest there and magnetic cooling is an established truth).
Take a look at the earth magnetic field here: Earth's magnetic field - Wikipedia, the free encyclopedia
Then take a look at the electric field from two charged ions: Electric field - Wikipedia, the free encyclopedia
How about magnetic monopoles: The Effects of Magnetite, Magnetic Water and Magnetic Monopoles on Plant GrowthIf a hurricane rotates in one direction and a cyclone rotates in the other, what
So in northern hemisphere the hurricane rotates clockwise, in the southern hemisphere it rotates anti-clockwise. What IF the hurricane is a mirror image of a magnetoelectric wave with the electric vortex rotating around the inner magnetic vortex in the northern hemisphere, in the southern hemisphere the inverse is true. Nature shows us time and time again the double vortex counter rotating(one magnetic part and one electric part) machine. We can only see one vortex from the outside but we know from science there are 2 vortices balancing eachother out by counter rotating.
Anything makes sense so far?
Well, the ONLY solution that fits all these "facts" is the one considerring the earth magnetic field and the earth magnetic dipole as a magnetoelectric dipole! This means we have plus and minus ionization just like we have South and North magnetic poles.
The earth magnetic field must be a magnetoelectric field and the electric field is rotating around the magnetic field.
What does this bring us? Not much more than a theoretical picture of the two fields that are everything, the di-electric and the magnetic field. They are mirror images of eachother but we can only "see/measure" one at a time since we are outside observers. The "electric field" is familiar to anyone and the magnetic field too. Also the EMF is familiar. Now we must learn about the magnetoelectric field, it is what we are experimenting with.
Remember branches and stems in trees, nodes in your nervous system. Insulator with conductor around, That is how the magnetoelectric wave travels. Do you get the picture, the atmosphere is an insulator for the nodes travelling between the crust and the ionosphere who are the conducting insulators so to say...........
Merry christmas!
How about the temperatures? They are the lowest near arctic and antarctica near the poles(magnetic fields are the strongest there and magnetic cooling is an established truth).
Take a look at the earth magnetic field here: Earth's magnetic field - Wikipedia, the free encyclopedia
Then take a look at the electric field from two charged ions: Electric field - Wikipedia, the free encyclopedia
How about magnetic monopoles: The Effects of Magnetite, Magnetic Water and Magnetic Monopoles on Plant GrowthIf a hurricane rotates in one direction and a cyclone rotates in the other, what
So in northern hemisphere the hurricane rotates clockwise, in the southern hemisphere it rotates anti-clockwise. What IF the hurricane is a mirror image of a magnetoelectric wave with the electric vortex rotating around the inner magnetic vortex in the northern hemisphere, in the southern hemisphere the inverse is true. Nature shows us time and time again the double vortex counter rotating(one magnetic part and one electric part) machine. We can only see one vortex from the outside but we know from science there are 2 vortices balancing eachother out by counter rotating.
Anything makes sense so far?
Well, the ONLY solution that fits all these "facts" is the one considerring the earth magnetic field and the earth magnetic dipole as a magnetoelectric dipole! This means we have plus and minus ionization just like we have South and North magnetic poles.
The earth magnetic field must be a magnetoelectric field and the electric field is rotating around the magnetic field.
What does this bring us? Not much more than a theoretical picture of the two fields that are everything, the di-electric and the magnetic field. They are mirror images of eachother but we can only "see/measure" one at a time since we are outside observers. The "electric field" is familiar to anyone and the magnetic field too. Also the EMF is familiar. Now we must learn about the magnetoelectric field, it is what we are experimenting with.
Remember branches and stems in trees, nodes in your nervous system. Insulator with conductor around, That is how the magnetoelectric wave travels. Do you get the picture, the atmosphere is an insulator for the nodes travelling between the crust and the ionosphere who are the conducting insulators so to say...........
Merry christmas!