Gravity magnetic lever wheel working in WM2D (could this work in reality!)

[Low-Q]

A SMOT works just like a ball on a track with hills. The hills represent the magnetic forces. Uphill is repulsion, and downhill is attraction. However there is only two hills on a SMOT, first a downhill, and then an uphill, where the first hill is higher than the next, hence the ball will pass the this next hill without stopping. Why a single SMOT works is because the ball is released from a higher level than the next level. If we make a closed loop, the ball will never have enough energy to pass the highest hill where it was released from in the first place. Therefor it will stop.

Try to figure out how to make a ball rolling downhill without the need to use energy to get to the top again to continue the roll. It is this hard to make a working SMOT. A ball must have downhill to move. To make the ball to move infinitely, the downhill must also be infinite. How do you solve that? Finsruds art Perpetuum Mobile (Watch the video here: http://video.google.com/videoplay?docid=553061720631716456&hl=en) is a ball that rolls on an aluminum track which is controlled by heavy pendulums. The three pendulums will force the track to vacillate in a way that the ball is always running downhill. The ball is activating the pendulums by use of little energy every times it pass an activator. The energy used is as much it takes to move the pendulums continuously - in order to force the track to vacillate. On the pendulums there is also attached a magnet which escapes in the right moment, just to pull on the steel ball and escape to make the ball to pass the sticky point. At each revolution there is a "click". This sound, many believes is the energy that keeps the ball to run. So I'm not quite sure if this is a real perpetuum mobile. Anyway, the sum of all this makes the ball to roll on the track "forever".

Vidar

[Omnibus]

I?m also still not sure whether or not Finsrud?s machine is producing excess energy continuously. Some simple additional experiments have to be carried out to exclude the possibility that it?s just a very efficient re-distributor of initially input energy which is trivial.

It is beyond doubt, however, that SMOT produces excess energy discontinuously, that is, SMOT produces discontinuously energy from nothing. Whether or not there would be successful engineering efforts to harness this discontinuous production of energy from nothing to construct a self-sustaining device has nothing to do with the reality of the said excess energy. Again, its reality is proven definitively. That one is unable to construct a car in his garage is not a proof that cars that run on the roads cannot be made. Neither is a proof for whether or not a car can be made, the fact that in the year 1700 there were no internal combustion engines.

[Low-Q]

It should be quite simple to make a SMOT with several devices on a row, or in a loop. Why haven't anyone made a working one yet if the solution to over unity is this close?
The answer is because there is suddenly unforeseen obstacles when one try to close the loop.

There is only one way to find this out: Trying myself

Vidar

[Omnibus]

As I already said, constructing a self-sustaining SMOT is only a purely enegineering problem and has nothing to do with the undeniable fact that SMOT produces energy from nothing and thus violates the principle of conservation of energy. It's a common misconception that one (violation of the principle) cannot be proven without the other (self-sustaining SMOT). They ar unconnected.

[hartiberlin]

Omnibus, I agree,
maybe it would be best to try to put an electromagnet into the
SMOT steel ball or instead of the steel ball, just use an iron core with
an electromagnet around it and then store the induced energy
in the accelerating part of the ramp in a capacitor and use this
energy then atthe sticking spot of the ramp
to kick this runner then out there with giving
it a reversed magnetic pulse from the capacitor back to the electromagnet.

So we have to make the "SMOT ball" more intelligent !

Did anybody just accelerated am electromagnet inside a SMOT
ramp and measured how much induction energy you can get this way
until it sticks at the end ?