Diamagnetic OverUnity device ideas?

[TheProgrammer]

Hi, all.
First post!

Ok, I was introduced to OverUnity devices when a then-co-worker brought a printout of Howard Johnson's permanent magnet motor to work. I read it, looked up the patent online, and did a lot of head scratching as I wrapped my mind around the idea that permanent magnets are really super-conductors.

Anyway... fast-forward several years, and I'm now in a position to actually start tinkering with the ideas that have been fermenting in my devious little mind.

{Insert evil-scientist maniacal laugh here.}

So, I got to thinking about how magnetic fields could be 'shaped' in a design like Johnson's PM motor... and that led me to thinking about doing away with the 'attraction' part of the equation, and just dealing with the 'repulsion'.

In Googling around, I came upon a list of diamagnetic materials, and thought they might be good for use as either materials to 'shape' magnetic fields, or as integral components for a repulsion-type OverUnity device.

Any ideas in this general area?

[Low-Q]

Hi,

Welcome to the forum

Diamagnetic materials such as bismuth and graphite, might be helpful to achieve OU. However, I believe there is a challange to use such materials in general, as their behaviour is repelling magnetic fields no matter the polarity. What I mean, is that using diamagnetic materials, will work in the same way as magnetic materials such as iron and ferrite. The exception is that magnetic materials works opposite of diamagnetic materials. Diamagnetic materials are by the way much weaker than magnetic materials, so I do believe using magnetic materials instead of diamagnetic materials have the potential to do much more work than diamagnetic materials do.

In general, diamagnetic materials are altering the magnetic fields away from the original path by pushing them away from the diamagnetic material, and magnetic materials are altering the magnetic fields by pulling on them into the magnetic material.

The difference is in general repelling or attracting magnetism. The strongest of them both is the capability to attract magnetism - the magnetic materials.

There are so to speak no difference between diamagnetic and magnetic materials in the way they influence on magnetic fields. Diamagnetic materials do also create sticky points in the same way as magnetic materials do. Diamagnetic materials are forced to move into the strongest magnetic field and stay there - in the pretty same way as magnetic materials will do.

Maybe I'm repeting myself here (lol) but I just say that diamagnetic materials do not have advantages which magnetic materials don't have.

Well. This "nonsense" is based on common sense, and after a short research on how these two materials work with magnetism.

Br.

Vidar

[argona369]

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