CLaNZeR can achieve overunity!

[Rapadura]

First of all, I have to apologize to CLaNZeR for this unauthorized thread. But I have to create it, because I'm very impressed with I just watched.

I have just watched this video:

http://www.overunity.org.uk/halbach/CLaNZeRHalbachExperiments1.wmv

That was an experiment made by CLaNZeR in 2008 with Halbach arrays.

This video has something very impressive: CLaNZeR made the runner overcome the gate of the second Halbach array after exiting the first Halbach array...

It's just after the message "Now for two Halbach Array Gates". He puts the runner after the gate of the first array. Okay, he used his hand to do that. But after the runner exits this first  array, the runner enters the second array ALONE!

And he did it again after the message "Entrance Sticky Spot seems less than the Tri-Force Gate".  The second "gate" (entrance sticky spot) is entered ALONE by the runner!

How long that could be? If CLaNZeR had put a third array, the runner could overcome the gate (entrance sticky spot) of this third array? And a fourth? And a fifth?

And after the last Halbach array, there's no sticky point. The sticky point is always at the beginning of the array, not at the end.

From what I had seem in the video I can't imagine any theoretical obstacle for the runner entering array after array, gate after gate, for a very long distance.

Now, just imagine: if the rolling surface was covered by piezos, how much power could be stored after 2000 meters in a bank of capacitors? Couldn't this energy be enough to make the runner overcome the first gate of the first array of magnetic track coming in the inverse direction? After passing the first gate of the first array, couldn't the runner goes on without need for more external energy input?

Mr. CLaNZeR, please try that experiment again!!!!

[Rapadura]

If he did it with 33 Tri-Gates, he can do it with lots of Halbach arrays:

http://www.youtube.com/watch?v=S2pNehGPWvw

[teslaalset]

This is not overunity.

It's been said already many times elsewhere in this forum: look at where the roler magnet starts.
To put is there, you have to use already some energy.
This is what is overlooked all the time.

You can prove that it does not work by simulating forces using FEMM and calculate the whole stretched area from way before the array until way passed the array.
Sum all calculated forces over the whole distance and you find exactly 0 (zero) as the integral result.

[Magluvin]

Has anyone ever done a wheel with this array?


Mags

[4Tesla]

This array seems different as I think you may be able to close loop??  If so, I have an idea of placing in a circle and then have a track for a stainless steel ball.  If can be in a closed loop.. the ball would spin around the track in a loop!

See attached (not to scale.. quick drawing)

4Tesla