This must work! Altering magnetic field without cost. OU or not?

[kadora]

Hi Low Q

I can build your engine in my workshop but as Broli said we need
something simpler to check if your idea is working.
To be honest I dont understand exactly how your engine works therefore I am not able
to do any experiments based on your idea.
I have built two magnetic motors on principle of cancelling attractive and repulsive
force with no success so I am a bit cautious.
I wish you get it.

[Low-Q]

Hi Low Q

I can build your engine in my workshop but as Broli said we need
something simpler to check if your idea is working.
To be honest I dont understand exactly how your engine works therefore I am not able
to do any experiments based on your idea.
I have built two magnetic motors on principle of cancelling attractive and repulsive
force with no success so I am a bit cautious.
I wish you get it.

It can be made very simple. I used so many magnets just to easier see the average torque and average counter torque. You need basicly only one statormagnet or maybe two in the real test machine. So it is very simple to build. I can make a drawing for you on how to build it.

Br.  Vidar

[Low-Q]

Since I like ideas that are based on 'chasing tails', I started with a small proof of principle, first only to find out if the forces in 2 opposite magnet "combs" are giving a sum of zero force for gliding i and out. I already found out that it is not so easy to build a construction that handles these forces.
Eric

Hi,

Engineering problems has never stoped engineers making things. However, in a 2D software I needed a comb to simulate two "solid" magnets side by side in "depth" of the drawing. Femm isn't 3D, so I had to simulate with combs. The same thing with the last design.

br.

Vidar

[Low-Q]

Some additional information about the way of working:

Look at Statormagnets 1. All these are spread around in a ring. The difference in the top an the bottom is that they are closer to eachother on the top. That means that this side has the dominating mass of magnets, and therfor also the dominating magnetic field.
This density of mass can be moved around in advanced of the rotormagnets polarization direction without actually move the magnets with the rotor direction. This means that the rotor actually doesn't chase the tail - because the tail isnt moving at all - just virtually so to speak because the statormagnets isn't moving physically sidways with the rotor. If the "tail" was moving too (Like if I fixed the rotor to the statormagnets), this would represent a counterforce equal to the torque in the rotor, so it wouldn't work.

In the design on the drawing, there is only the dominateing magnetic field that is moving and not the magnets itself. And with the statormagnets itself physically standing still sideways, the rotormagnet can be able to cross the magnetic fields - just what I want. Just as what happens when a magnet is moving towards equilibrium between two magnets apart, it is crossing magnetic fields.

I am so full of thoughts, so this explanation maybe more confusing than guiding....

Br.

Vidar

[lumen]

How to build your own over-unity generator.