Successfully looped SMOT

[sm0ky2]

I hate to be a stickler at this point in the game
But self-deception is the bane of our existence


If you allow the rotor to rest just to the left of BDC
You see that the magnet on the ground holds it from
reaching BDC. It doesn't want to force itself passed the magnet.


This is important because what's actually going on is gravity is giving
the force to push passed it.
when it is at rest at the edge of the field,
you can physically push it into BDC and the magnet will take control
and lift it to the right of BDC and up to the other field boundary.


the apparent "gain" here is from the field compressed by gravity
and expanding again to lift the rotor out of the field.
Apparent- because the energy to enter the field comes from gravity
and the energy to hold it vertically off BDC is from the magnet.


in this set up, we don't have a real gain.
This can be shown by using multiple magnets in an arc
up one side of the wheel, or using an arced magnet that starts
at BDC and goes up one side.
Here we will see the wheel can be dropped from the non-magnet side
go completely passed noon and drop into the field again.
But it will not make a continuous rotation.
Only one turn, two sometimes in a very precise mechanism.
Then the wheel will stop at the entrance to the field.


Gravitational potential is input by the initial lift, and dissipates as it
approaches the magnet.
The apparent gain is lost when the pendulum oscillates back the other
way, because the fields are conservative. Energy in = energy out.




You can observe the different aspects of this effect by moving the BDC
magnet, to let's say 7 o'clock. or 5








Now angle the BDC magnet off horizontal, and notice the difference?
now the field symmetry has changed.
field strength entering is different than when it leaves.
this can allow for an "actual gain" when the angle is precise.


——————————————————————————————————-


Now - this is where most people get lost, because the angle is not a
set geometrical number. But in fact, is different from magnet to magnet.
Where one magnetic pair may work better at 12 degrees (just an example)
a different pair of magnets may require an angle of 15 degrees off horizontal.


It is difficult to calculate mathematically, because even when you purchase
several "identical" magnets, each pair behaves differently.
Even further, if we experiment to find a group that are closely similar,
Then swap out the BDC magnet, we find differences in the upper magnets
that we already determined were similar.
The pair is comprised of both magnets, not just the one, and it is the combination
that gives the field effect.
Like 3+2=5, but so does 4 + 1. (just an analogy, these numbers have no meaning)
now logic would tell you that if the one half was determined to be a 3, the other is a 2
so if I add a 4 I should have 6 right?
Not exactly.......  magnets are odd in this manner because as one field compresses the other
the compressed field fights back, which changes the combined effect.


And so the exact angle is found experimentally.
we can show a working range, but every time you build the same device you will find it to be
slightly different because of the differences in the magnets.

[sm0ky2]

Now, with the pendulum set-up you show in the video


If you have a turn-table mechanism that flips the BDC field
each oscillation


You can turn the apparent gain in gravitational potential into real work.
(minus the work to flip the BDC magnet)
provided the flipping occurs when the rotor magnet is outside the effective field.


Because the field reversal destroys field symmetry

[synchro1]

Now, with the pendulum set-up you show in the video


If you have a turn-table mechanism that flips the BDC field
each oscillation


You can turn the apparent gain in gravitational potential into real work.
(minus the work to flip the BDC magnet)
provided the flipping occurs when the rotor magnet is outside the effective field.


Because the field reversal destroys field symmetry

Check this oscillation out:


https://www.youtube.com/watch?v=QT2TqZ9rTy0&index=19&list=UUo9ItsUt0n5ayZlb5K_cwaA

[sm0ky2]

Where do those red wires go to?
Just your DMM? Or to an SG?
Or?

[blueplanet]

This is the only extended array video I have that survived from
the "tri-force" era.


here I demonstrated 4 consecutive gates on one of the flattest floors I have owned.
The wood floor is actually going slightly "uphill" at about 1/4" across 20 feet,
The gate array is about 2.5 feet long
the longest one I made was 13 gates and I ran out of magnets

https://m.youtube.com/watch?v=gzNyzSS3BYs

Very well done. The hateful loud mouth will have a hard time in swallowing this result.


This is an obvious proof that the inertia itself can overcome the sticky spots.  The inertia is dependent on the mass and magnetic force.