Work from 2 magnets > 19% output 2

[Floor]

@ lumen

QUOTE FROM FLOOR

" But, by definition...... no net work is done.....

unless the two magnets can be returned to their original or starting positions ....
with out doing the same amount of work as is done by the difference in work
between these 2 other actions, ie.  158 grams lifted by 22 degrees (in) : 168 grams lifted
by 43 degrees (out).

As seemingly amazing as the actions are, the video is just an interesting and dramatic demo.

But then those actions are not... precisely... the interactions that need measuring"
                                                                                                                                 END OF QUOTE

I think you and I, have both correctly understanding the interactions in the video.

That was my goal up to this point.  I'm glad to see that we are both still on the same page.

Awsome!

                                           floor

[Floor]

The presentation is not yet complete.

At this point the presentation has not demonstrated OU.
              next is
It's all about nipping a little bit off both ends of the
rotational (out put) movement and how this effects
the return / reset strokes

It allows the resets to the starting position to cost
very little work or energy input.

                      floor

[Floor]

Both videos are open to the public now.

The link to the first video is

http://www.dailymotion.com/video/x4p1ome_magnet-force-test_tech

The link to the second video is

http://www.dailymotion.com/video/x4phd00_newtd2_tech

                           floor

[Floor]

@ lumen

Basically the videos were done just to give people an opportunity to
look under the hood of the TD and kick the tires a little bit.

I hope the videos were useful / gave you a better feel for
the TD interactions, and what changes give rise to what changes. 

I did some drawings / analysis using your spring analogy to the
TD magnet interactions.

Also some explanations of close up ceramic magnet interactions.

see the PNG files below.

?? Have you data on neo magnets in close proximity and domain flipping ??

                floor

[Floor]

The files below are some explanation of domain flipping in magnets,
and at the beginning of the twist drive's slideing(SL) return / reset stroke.