There is only one demonstration that you should present... a successfully self-looping SMOT. But we already know that you cannot.
Because there is no such thing as a SMOT.
I also prefer to call it the SMT.
yes I “should” just do that, but then it would just be you me and my cheeseburger
I have to do this the way that I am,
because when people understand how this technology works
They can build it themselves by any design they choose.
no one has to “look under the table”
because anyone with a few magnets can go “look there it is”
if anything I have said this far, or anything I have shown is unclear
feel free to ask me to do it in a more receivable manner, or to explain anything
in more detail if is needed.
If not
https://en.m.wikipedia.org/wiki/Metamagnetismthis is overview of a little trick HJ taught people before I was born.
If it’s not real, why does it still need classification?
Why can’t I tell you what you really need to know?
It doesn’t matter, because we will work right around the laws
and I will teach you how to engineer your own things based on the root
not on a specific patent or secret schematic
When we examine the SMT in a frozen state during transition
with sensitive instruments, we can detect the artificial meridian
in the steel ball. And the same can be done in free space.
and the dipoles induced in the ball, change polarity twice at this meridian.
N| s-(s):n-(n) |(S)
The ball being the lowercase and the caps are the stator fields
The field induced by the N is s-n
The field induced by the (S) is (n)-(s)
The main meridian is stronger :
the sub meridians - and - are compressed (repulsion)
These are along a plane perpendicular to the inducing field
with respect to each individual stator magnet in the effective field range.
The actual field extends into the infinite realm of our universe
With ever decreasing intensity.
But for our purposes, the effective field is whatever is required to move the rotor
In our case, a steel sphere of random size, mass, density...
In the center of the steel ball is where the : artificial meridian tends to occur
(may actually vary depending on precision)
we have shown that the induced field doesn’t need to rotate
But the rolling ball gives us a vectorable momentum we can use to assist
in a beneficial angular displacement away from the field.
And we have seen that the induced field is the same as having 2 adjacent magnets
(or the two-force made from the cheap Chinese knockoffs)
and the same as the HJ gate.
and we can build a SMT using a spherical magnet just the same
we can widen the rotor and narrow the track distance
and the SMT is the same inside out
with the stator magnets on an inner track
and the rotor magnet-ends outside the track
and we have the same situation
We can also place the ball on a cart, or I don’t know... maybe a toy fire truck??
and the wheels will perform a similar benefit to what the rolling ball does for us
Or on a wheel that spins
but the wheel that spins has a pi issue
unless the wheel is huge or magnets tiny
So we have a few options with a smot,
We can have a car go around a track
Or a ball go around a track
We can go uphill and roll back down to the beginning
or continue on to another track, then another
until we get back to the first
Or we can use the momentum of the ball to activate a mechanism
that moves it to the beginning
there’s nothing secret about the number 9,
We could just as simply have a loop of 2, or a loop of 49
But in general, the more field interactions you have to work through
the more problems you will encounter.
you must avoid field symmetry in the loop
or you lose the function.