Why Magnets Are Dark Matter Machines - A hypothesis
I have developed an hypothesis on how magnets work but this time I dare to differ from mainstream science. So I am going to be a kind of heretic here, excuse me. Don't ask me for a proof since this is just an hypothesis.
I’ve been thinking about a theory opposing current mainstream beliefs, on how a magnetic field actually emanates from the Bloch Wall region of a magnet outward.
It makes more sense to me than the Bloch wall being the result in the difference of complimentary pairs.
The field has to begin somewhere.
Magnet photo
https://tinyurl.com/yav8ly5b
Block Wall Domain region photo of magnet when viewed with a magnetic viewer (with dark green the two poles of the magnet left and right and the light green line in the middle the Bloch domain wall of the magnet):
https://tinyurl.com/ybssr37f
If you think about it, magnets have their magnetic domains inside their mass turned unidirectional (pointing to the same direction).
So ask yourself how an isotropic event can produce an anisotropic complementary outcome phenomenon namely the two magnetic poles of the dipole magnet?
Between where lies the unbalance here which will produce the magnet?
The answer I submit is between the normal matter of the magnet and the dark matter which occupies the same space where the physical magnet is.
The combined coulomb charge of the magnet domains facing to the same direction produces an unbalance between the normal matter of the magnet and the dark matter field which manifests a disturbance of the else at rest, dark matter unipolar magnetic field.
This disturbance ripple of the dark matter magnetic field is then emanating from the magnet's Bloch wall region outwards.
The focal point of the disturbance is on the Bloch domain wall region (or line) of the magnet, there where the node of the disturbed dark matter field lies upon at the center of the normal mass of the magnet.
I bet, that in a non-uniform mass distributed magnet, where the center of mass of the magnet is not at its geometrical center, the Bloch line will be shifted to where the the center of mass of the magnet is located in space.
So it's like throwing a little stone at the calm surface of a pond. You can't see the disturbance waves exactly at the point of impact (the node is located there).
Also the disturbance will remain as long the coulomb electric charge, responsible for the normal matter - dark matter imbalance caused, remains inside the magnet.
So then why we don't see magnetic poles forming all around a magnet physical object?
My intuition says, because dark matter is organized in parallel one dimensional strings. It is like guitar chords. Not crossing each other.
Dark matter is the fabric of space itself. No dark matter, no space [1]. These are the pixels of our universe and they must be therefore directly correlated with Planck length.
As a final note, if you want to find dark matter don't look further than the Bloch domain wall of a magnet.
Emmanouil Markoulakis
TEI of Crete
project page: https://www.researchgate.net/project/A-Synthetic-Magnetic-Unipolar-Array-Not-a-Dirac-Monopole
References:
Article Dark Matter: The Source of Space and Time
[1]