Please, Please, look at this video!

[chrisC]

Butch, why not apply that old piston design on this one. Here's a video for this concept;

http://ziosproject.com/NJ/exvid55.avi

Someone in the group should seriously spend some in their machine shop on this. What's the point of free energy if we don't help each other achieve it.

Thanks Broli. That was a nice animation showing the concept clearly. Do you know of whether there are YouTube videos or others out there? Thanks again

cheers
chrisC

[Butch LaFonte]

Were is measurement and data.  Again you make claims with out it. How long have you been doing this? You should know that such is always needed when you say it is OU. 

You just show a lot of mass in motion, and a hell of a lot more work to get your bars into position to prove your point than you will get in that short amount of work you show with the magnets coming together.

It still is a work in to work out thing.

See this new video > http://www.youtube.com/watch?v=3LOkMsh9dqk

[Butch LaFonte]

See this new link > http://www.youtube.com/watch?v=3LOkMsh9dqk

[Low-Q]

See link >
http://www.youtube.com/watch?v=bULi4j9PGFM
If anyone does not believe this is the real thing you are invited to come to my home and perform the test youself.
Just contact me at lafontegroup@charter.net to set a date and time.
Thanks,
Butch LaFonte

The two steel bars you have there will make it easier to pull the magnets apart. But it require a lot of force to pull those steel bars apart from the magnets too.

The only thing that has happen here is that the magnetic flux is getting "busy" with the steel bar instead of the fields from the other magnet. You have only moved the force. As there is the same number of magnetic lines with or without the steel bars, there is no net change in force taking place. This experiment also shows how a magnetic shield fails to work as desired, as the magnetic flux is allways accounted for, and are affected by all including magnets in the system accordingly. What I mean is that a shield does not only affect the shielded magnet, but also other magnets in the system.

Therefor I cannot see this as something new or undiscovered properties of steel and magnets. They behave as they should taking the system into account.

br.

Vidar

[Butch LaFonte]

The two steel bars you have there will make it easier to pull the magnets apart. But it require a lot of force to pull those steel bars apart from the magnets too.

The only thing that has happen here is that the magnetic flux is getting "busy" with the steel bar instead of the fields from the other magnet. You have only moved the force. As there is the same number of magnetic lines with or without the steel bars, there is no net change in force taking place. This experiment also shows how a magnetic shield fails to work as desired, as the magnetic flux is allways accounted for, and are affected by all including magnets in the system accordingly. What I mean is that a shield does not only affect the shielded magnet, but also other magnets in the system.

Therefor I cannot see this as something new or undiscovered properties of steel and magnets. They behave as they should taking the system into account.

br.

Vidar

I believe you are wrong on every point, but thanks again for the input.
Regards,
Butch