Couldn't this guy have made a circular array to achieve a closed loop?

[Rapadura]

Look this video:

http://www.youtube.com/watch?v=d5VnLjW-1iQ

If it's not fake, its amazing. The runner magnet is drawn into the gate with no trouble and exits with speed.

And the runner had its trajectory slightly deflected when passing through the system. If there was a circular array, the runner exiting one system and immediately entering the next, couldn't this guy have achieved a closed loop on his table?

This way:

[the_big_m_in_ok]

Look this video:
http://www.youtube.com/watch?v=d5VnLjW-1iQ
If it's not fake, its amazing. The runner magnet is drawn into the gate with no trouble and exits with speed.
And the runner had its trajectory slightly deflected when passing through the system. If there was a circular array, the runner exiting one system and immediately entering the next, couldn't this guy have achieved a closed loop on his table?
This way:

Your drawn additions to the photo look like a conceptual basic setup for the bedini generator.  I think it would work.

Have a look at this:

http://www.rexresearch.com/bedini/bedini.htm#6392

--Lee

[infringer]

interesting indeed. Would like to see several of them.

[Cloxxki]

Or just the one, mounted to a bearing around a vertical (wooden) rod of sort. If there is speed going out, after a full rotation, there might still be. If not, then add runners :-)

[mscoffman]

Look this video:

http://www.youtube.com/watch?v=d5VnLjW-1iQ

If it's not fake, its amazing. The runner magnet is drawn into the gate with no trouble and exits with speed.

And the runner had its trajectory slightly deflected when passing through the system. If there was a circular array, the runner exiting one system and immediately entering the next, couldn't this guy have achieved a closed loop on his table?

This way:

@All

Especially Rapadura; You keep showing videos of devices with a person's
hand interacting with the device. This is no good...because the person's
body is inputting energy at the right time to keep the device running,
even if he is not aware of it. This is called a hand magnet. You can do
this with a video camera and a correctly programmed computer too,
simply supply the energy required for the computer and camera from
the operating device.

Also, the runner moving off in a now straight direction is kind of a
randomization that makes it difficult to control the runner to get it
back to the begining of the array.

So I don't think that anything I've seen shows that it is any easier
to make this happen, automatically...It's not over until it is over.

:S:MarkSCoffman