Building a self looping "SMOT"

[LibreEnergia]

Elecar is not claiming it shows OU. What part of that is difficult to understand

Then why would it be of interest? He claims a self looping SMOT, but provides a video showing one that doesn't and has no possibility of doing so.

What part of that is difficult to understand.?

[elecar]

Hi Meggerman, Normans track design did not allow for the ball to run up the ramp and rollback. The array still pulls the ball in at the center and allows the ball to exit under gravity.

[elecar]

Quote from the Marsupials sidekick.

It does not show anything of interest from an over-unity perspective.

I have never claimed OU, so you make your first legit post. Which begs the question, why are you here considering the lack of interest ?

[LibreEnergia]

Quote from the Marsupials sidekick.

I have never claimed OU, so you make your first legit post. Which begs the question, why are you here considering the lack of interest ?

Now you are just indulging in semantics

Make no mistake, if you claim a self looping SMOT then by implication you ARE claiming OU.

If not, where is the energy source coming from? If you believe you have discovered a new source of energy that could make the device work then lets have a discussion about that, rather than a device which from all the evidence so far does not do what is claimed.

[elecar]

I can't be bothered making a device but here is a simple experiment you could try at home.

1. Create a circular track that is low friction and completely flat.
2. Place a ball on the track and give it a little kinetic energy by pushing it by hand.
3. With luck, the ball should do at least 2 or 3 rotations before coming to rest.

That's at least one more rotation than any SMOT has achieved using the same energy source.
Happy experimenting.

This is a great experiment suggested by one of the know it alls, I encourage you all to try it.

I then urge you to put a ramp in the  "circular track that is low friction and completely flat" and see if you get the same result.