Ultimate proof of Magnetic Vortex, free book and videos

[TheoriaApophasis]

You say the dielectric inertial plane is at the half-way point of the magnet.

Didnt ever say that,  I said due to F.I.   (field incommensurability), its dominance is forced to the physical midpoint of any magnet


and shifts (actually it PRE SHIFTS as I have demonstrated) to the mind point of two magnets in voidance ("attraction" , which is a wrong word)


I explain it FINE,  IN THE BOOK,   go read it you lazy Bonobo monkey,   or dont,  I dont give a damn 

[d3x0r]

D3x:

What do you mean?  What is an "equilibrium line?"

The question still stands.

MileHigh

http://en.wikipedia.org/wiki/Equilibrium  List of types of equilibrium, the condition of a system in which all competing influences are balanced, in a wide variety of contexts
http://en.wikipedia.org/wiki/Line  Line (geometry), a concept which includes, but is not limited to, an infinitely-extended one-dimensional figure with no curvature

[MileHigh]

Here is some food for thought for you guys.

You have your standard bar magnet.  One of you says there is a Bloch wall.  One of you says that there is a dielectric inertial plane.

Now, take that standard bar magnet and imagine a very thin slice of the magnet that divides the magnet into two halves.  The center of the thin slice of the magnet is where the alleged Bloch wall is, or the alleged dielectric inertial plane is.

Then imagine two equally thin slices on either side of the center slice.  One slice on the north side of the magnet, and the other slice on the south side of the magnet.

So, two slices are not in the Bloch/dielectric region and the other slice is in the Bloch/dielectric region.

What can you say about the three slices?

MileHigh

[MileHigh]

http://en.wikipedia.org/wiki/Equilibrium  List of types of equilibrium, the condition of a system in which all competing influences are balanced, in a wide variety of contexts
http://en.wikipedia.org/wiki/Line  Line (geometry), a concept which includes, but is not limited to, an infinitely-extended one-dimensional figure with no curvature

You are copping out D3x and pointing to generic Wiki links.  What is an alleged equilibrium line in a magnet?  "Equilibrium" implies the measurement of two values are the same.  What values?

I will repeat, please explain what a Bloch wall is in the context of a standard bar magnet.

MileHigh

[TheoriaApophasis]

Then imagine two equally thin slices on either side of the center slice.  One slice on the north side of the magnet, and the other slice on the south side of the magnet.

So, two slices are not in the Bloch/dielectric region and the other slice is in the Bloch/dielectric region.

What can you say about the three slices?

MileHigh

FOOL,        I mention this at LENGTH in the book,  you can take a magnet and slice it (if you could)  10000000000000000 times top to bottom,    EVERY SLICE will have a "N and S pole"   AND A dielectric inertial plane.


Go study the term  INCOMMENSURABLE  , ala the Platonists , Pythagoras.


Your thinking is very limited. 

So, two slices are not in the Bloch/dielectric region
MileHigh

The dielectric is EVERYWHERE, but magneto-dielectric geometry FORCES (ala fluid mechanics models) the dielectric to the center of ANY physical magnet



Dont you even GET IT AT ALL?    You can think of a magnet as a Magneto-dielectric "laser", as an analogy, its OPERATING COHERENTLY ,  same as laser light (in a manner)


POINT NONSPECIFIC  self-similarity in the ENTIRE MAGNET