Howard Johnson Replication Tube Claim

[mscoffman]

I find it difficult to believe that one can store magnetism and dispense it in small portions like ice cream. It would be stupendous if this were the case.

Hans von Lieven

Hans;

I don't find it so suprising, if one is using the right material in the magnet. For instance if
you draw a standard steel nail across one pole of a powerful permanent magnet then the
nail will then have some residual magnetism. Draw it across the same pole again and the
nail's magnetism will increase. But now draw the nail across the opposite pole of the magnet.
The nails magnetic field will decrease, draw it across again an it would not surprise me if
residual magnetism is near nullified. This is just like the iron magnetic in Mylow's set up.

The drawing across the pole can be simulated by moving numerous magnets passed the
nail without necessarily touching it.

This says nothing, of course about either the utility of storing energy in a magnet nor the
efficiency of doing so.

---

How does a discharging drive magnet power the wheel? I don't think this is so complex.
Suppose you have a magnetic wheel with a sticky spot. Now suppose you make
the drive magnet slightly less powerful on each revolution. I think you can see
that it may get past the sticky spot because it is always somewhat less powerful
on subsequent passes. So while it wheel moves by from the drive power on the first
pass it doesn't stick because of its lower power on the second. So indirectly
energy from the magnet due to it's behavior, can be powering the wheel.


:S:MarkSCoffman

[mpavenir]

Mylow has been asked more than once by various people to have the camera secured at a position of full view of the motor and have the motor run for the maximum 10min youtube allows for. What's the problem, why wouldn't he do that? Aside from other things, it would help to measure, as in Finsrud's case whether or not it's slowing down (it wasn't in Finsrud's over 40min video). Whoever has the rapport currently with Mylow, please ask him to carry out that simple project (simple, provided the whole story isn't fake) -- videoing in full view the motor running for 10min.

Milow has claimed his motor working during several hours. If it isn't true, there's every chance that the whole story is a fake. So you've got two possibilities :
- you believe what he said : then there's no need to get a 10 min. working video
- you don't believe it : idem, because you will still suspect the rotor to be powered by a hidden device
so that doesn't get us anywhere ?!!

[PaulLowrance]

These are the results I got when moving a compass around a horseshoe magnet. I think they are what Mylow was showing in his video except he had a compass that was so large relative to the magnet that he could not get the compass between the poles of the magnet.

Hi,

Stefan & I discussed this earlier in the thread. The horseshoe PM you mapped *might* be the way mylow's PM started before he began using it on his machine, but it's definitely not the way it is in mylow's video. Take a look at the video again.

PL

[PaulLowrance]

Here's the quote -->

Xee2's diagram is the obvious horseshoe orientation, and is how I first drew it until I saw mylow's video. Xee2's diagram would not match mylow's video. See from 2:00 to 2:10 in the video -->

http://www.youtube.com/watch?v=ji5QUhI1IQE

See what I mean? Horseshoe PM's don't have the field coming straight out the back middle. Even mylow's alnico PM's are magnetized in a crazy manner. It's possible this crazy orientation is caused from running his Johnson machine for a long time.

Stefan agreed.

p.s. Universities would have access to the equipment to tell what type of magnetic material it is; e.g., Alnico 5,6, 8, stainless steel. There are endless varieties of steel with varying amounts of elements. Same goes for Alnico. Alnico 5 from one company may have different BH-loop characteristics than another company that makes Alnico 5.

[BEP]

Even after watching the compass video numerous times I still think the stator magnet has 8 individual poles. This is normal in hard drives and done for good reason. These magnets loose their strength very easily without the keeper. One good blow and they are done. I am sure this is no common horseshoe magnet.

Ill be working to prove this idea as soon as I can have some bench time.