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[d3x0r]

The inside field is not the same as the outside field with a ring magnet!

Gravock

it makes the same inversion of another related magnet....

[gravityblock]

it makes the same inversion of another related magnet....

In the image below, the green is the south pole and the pink is the north pole.  On the other face (side) of the magnet, then the green will be the north pole and the pink will be the south pole.  The pink is the field of the doughnut hole.  The inverted field of the doughnut hole (the inner diameter) can easily be verified with an axially magnetised magnet.

Gravock

[TheoriaApophasis]

There isn't a difference in alignment between inside and outside, the difference is that the near side is either towards you or away from you... if you just consider the sides facing you, there's no inversion.

I never mentioned the alignment being different.     Alignment is wholly diff. than field mediation via pressure gradients with compounded complexity due to a spatial void in the middle of the magnet.


Ring magnet operates like a contiguous circle of sphere magnets if they were shaped into one 'doughnut' toroidal form

There is curvilinear contiguous dielectric along the entire physical ring magnet, but the spatial boundary for dielectric displacement is ABSENT in the center hole.

Never said there was inversion in a ring magnet either.


Nope, its actually more complex than that drawing is.
'



ring magnet BELOW:

[d3x0r]

In the image below, the green is the south pole and the pink is the north pole.  On the other face (side) of the magnet, then the green will be the north pole and the pink will be the south pole.  The pink is the field of the doughnut hole.  The inverted field of the doughnut hole (the inner diameter) can easily be verified with an axially magnetised magnet.

Gravock

Inverted field is in the center and the outside.  The blue magnet is a solid magnet face.
If you don't have a simple ring magnet to play with I guess I can't show you.

[d3x0r]

I never mentioned the alignment being different.     Alignment is wholly diff. than field mediation via pressure gradients with compounded complexity due to a spatial void in the middle of the magnet.


Ring magnet operates like a contiguous circle of sphere magnets if they were shaped into one 'doughnut' toroidal form

There is curvilinear contiguous dielectric along the entire physical ring magnet, but the spatial boundary for dielectric displacement is ABSENT in the center hole.

Never said there was inversion in a ring magnet either.


Nope, its actually more complex than that drawing is.

The white line of the bloch wall is still shown on magnetic viewing film....