Howard Johnson Replication Tube Claim

[joe_1001101]

Have you seen this?

http://www.wolframalpha.com/

Cool.  I wonder what it would say if you asked it:   Is an all PMM motor possible? 

[joe_1001101]

Aluminum is slightly diamagnetic, IIRC, but that has nothing to do with the eddy current effect. Any conductor will produce it. Moving conductor wrt mag field, induces current with opposite field in conductor which repels orig. field and or retards relative motion, energy is lost through Joule heating of the conductor, it is always an energy loss (yes, even in your electric meter.)

Does this have anything to do with anything?  Or all BS as far as the sliding magnet test:

Magnet science is simple. One pole gives a positive charge and the other gives a negative charge. These charges occur from the electrons becoming excited in the field of the magnet. In the most basic quantum physics, the non-charged electrons are in a para or normal state. When magnetically charged, the excited electrons of the atoms, change their orbit to a spin parallel with the pole surface and they take on an energized condition known as the ortho state. In this state, the nucleus changes direction against the spinning electron creating a friction that is measured in an increased or endothermic (taking on energy) electrical value. In the negative field of a magnet, the electrons spin in a counter-clockwise motion (left-hand chirality rule) in the negative field of a magnet and spin in a clockwise motion (right-hand chirality rule) in the positive field. Another basic scientific issue is that when the two poles (positive and negative) are on the same side or pole piece of a magnet, the aggregate (sum) of the combined field will not be neutral, but will have a small positive charge. This is easily measured and easily understood â€" the positive field is expanding and the negative is contracting. Expanding is always larger than contracting. If the positive were light and the negative were dark, put the two together and you have twilight, which is still light. In essence, the bi-polar single-sided magnet gives off a small positive charge.

Thanks,
Joe

[joe_1001101]

Does this have anything to do with anything?  Or all BS as far as the sliding magnet test:

Magnet science is simple. One pole gives a positive charge and the other gives a negative charge. These charges occur from the electrons becoming excited in the field of the magnet. In the most basic quantum physics, the non-charged electrons are in a para or normal state. When magnetically charged, the excited electrons of the atoms, change their orbit to a spin parallel with the pole surface and they take on an energized condition known as the ortho state. In this state, the nucleus changes direction against the spinning electron creating a friction that is measured in an increased or endothermic (taking on energy) electrical value. In the negative field of a magnet, the electrons spin in a counter-clockwise motion (left-hand chirality rule) in the negative field of a magnet and spin in a clockwise motion (right-hand chirality rule) in the positive field. Another basic scientific issue is that when the two poles (positive and negative) are on the same side or pole piece of a magnet, the aggregate (sum) of the combined field will not be neutral, but will have a small positive charge. This is easily measured and easily understood â€" the positive field is expanding and the negative is contracting. Expanding is always larger than contracting. If the positive were light and the negative were dark, put the two together and you have twilight, which is still light. In essence, the bi-polar single-sided magnet gives off a small positive charge.

Thanks,
Joe

I mean, maybe aluminum and copper are slightly "charged" the opposite of the pole of the magnet that holds on as it is sliding down.

Just a thought.

Joe

[nyctuber]

Cool.  I wonder what it would say if you asked it:   Is an all PMM motor possible? 

Nothing.

However, there is a blog and a 'community'

[TinselKoala]

Does this have anything to do with anything?  Or all BS as far as the sliding magnet test:

Magnet science is simple. One pole gives a positive charge and the other gives a negative charge. These charges occur from the electrons becoming excited in the field of the magnet. In the most basic quantum physics, the non-charged electrons are in a para or normal state. When magnetically charged, the excited electrons of the atoms, change their orbit to a spin parallel with the pole surface and they take on an energized condition known as the ortho state. In this state, the nucleus changes direction against the spinning electron creating a friction that is measured in an increased or endothermic (taking on energy) electrical value. In the negative field of a magnet, the electrons spin in a counter-clockwise motion (left-hand chirality rule) in the negative field of a magnet and spin in a clockwise motion (right-hand chirality rule) in the positive field. Another basic scientific issue is that when the two poles (positive and negative) are on the same side or pole piece of a magnet, the aggregate (sum) of the combined field will not be neutral, but will have a small positive charge. This is easily measured and easily understood â€" the positive field is expanding and the negative is contracting. Expanding is always larger than contracting. If the positive were light and the negative were dark, put the two together and you have twilight, which is still light. In essence, the bi-polar single-sided magnet gives off a small positive charge.

Thanks,
Joe

Riight.
(backs slowly toward the door...)