A successful magnetic motor needs something special.

[0c]

Michel,

I now see what you mean. However, I have never been able to detect where a weaker pole vortex might exist. In fact, if there actually are dual vortexes, I think they may "float" and change location based on influences from surrounding, ambient fields.

Can you describe a procedure that can reliably detect just where the weaker or stronger vortex might be, without having to invest in expensive and sophisticated equipment to do it?

[Michelinho]

Hi,

You can feel this just with 2 magnets facing each others repelling or attracting when approached from one side or the other. Also try to oppose identical poles and then flip the magnet 1/2 a turn and try again. Do not hold the magnets too tightly (also sideways). You can also do it with a gaussmeter with a remote probe.

Take care,

Michel

[Michelinho]

I like  the old guards which made all those dreams running this and other forums. I've studied some of their works and at one time or another, it will come home to roust.

It is strange that all those great men think that the magnetic process involves basic particles spinning right or left according to their polarity. I just overlooked Newman's theory and Howard Johnson's data and if I melt both together I get: a magnet is a N "balls" inertial pendulum. The "balls" come out but have to come back to those of the same angular momentum kicking out another one in the process. The flow becomes the magnetic flux. When one loses its angular momentum, it shoots out never to return. The magnet slowly demagnetize.

So many possibilities,

Michel

[0c]

Hi,

You can feel this just with 2 magnets facing each others repelling or attracting when approached from one side or the other. Also try to oppose identical poles and then flip the magnet 1/2 a turn and try again. Do not hold the magnets too tightly (also sideways). You can also do it with a gaussmeter with a remote probe.

Take care,

Michel

I can detect a slight difference between the corners and the flat edges, but no difference from side to side or corner to corner. Maybe my sense of touch is not sensitive enough. I don't have a gaussmeter and cannot justify one at this time.