CLaNZeR can achieve overunity!

[4Tesla]

I've already seen this many times - it's not the steel ball - it's a magnet. Didn't you notice it's a part of magnetic toy - Geomag or similar ?

No, it is a steel ball.. they are only magnetized when connected to the toy magnet stick.. It is true that there are magnet balls, but that isn't one.

4Tesla

[Airstriker]

No, it is a A ball.. they are only magnetized when connected to the toy magnet stick.. It is true that there are magnet balls, but that isn't one.

4Tesla

Oh ok, good to know that. Sorry.

[Rapadura]

I'm still waiting any of our dear skepticals to explain why the runner entered the second array in Clanzer's video, overcoming the gate, and why it would be impossible to the runner overcome the entrance gate of a third array, after exiting the second, or overcome the entrance gate of a fourth array after exiting the third.

[Omnibus]

I'm still waiting any of our dear skepticals to explain why the runner entered the second array in Clanzer's video, overcoming the gate, and why it would be impossible to the runner overcome the entrance gate of a third array, after exiting the second, or overcome the entrance gate of a fourth array after exiting the third.

@Rapadura, this same cascading can be done with a SMOT. Look aroung for Naudin's videos where he has chained three SMOT's one after another. As was explained earlier, this may be due to the fact that the energy spent to place the roller (the ball) at the beginning may be greater than the energies it can overcome later. Imagine a ball let go from a tall mountain peak which overcomes peaks of lesser heights along its way.

The real proof for OU would be to have the ball (the roller) travel along a closed loop, not just overcoming some series of gates, but that hasn't been demonstrated so far.

[Rapadura]

Imagine a ball let go from a tall mountain peak which overcomes peaks of lesser heights along its way.

There's a enormous difference between a ball falling from a tall mountain peak and what I had seen on Clanzer's video:

1) The runner in Clanzer's videos is not losing gravitational potential energy. In fact it can even gain gravitational potential energy going uphill in a gentle slope.

2) At the end of the very last array, the runner don't gets stuck at a sticky point. The sticky points are in the beggining of the arrays, so at the very end of the last array there's no sticky point, the runner keeps moving after exiting the last array.