Howard Johnson Replication Tube Claim

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If that's the case, and Mylow clearly states many times, that the stator has strong attraction to the rotors, why are you attempting a reproduction? Assume for a minute it was only in repel mode, Can someone reproduce the stator in 'repel' mode crashing into the rotors with no visible pushing of the taped down stator bar, from a distance/ camera angle which would have made it impossible?

The stator wants to jump over and stick to the rotors - of course it does.
You are confusing the two magnetic vectors ..

Mylow always turns his wheel in the direction where - as the rotor segments approach the stator they are pushed back. This is repel mode.
If you turn the wheel the other way the approaching rotor segments will be pulled in by the stator. This is attraction mode..

The closer you put the stator to the passing rotors - the stronger the wall of repel will be for the approaching rotor segments.
The closer you put the stator the more it wants to jump over and stick to one of the rotors. This is why they crashed ..

As soon as the approaching rotor segment  pushes it's way through  the repulsion wall of the stator -- N to N
the passing rotor segment  gets kicked through the stators field and the wheel speeds up.

When the rotor segment finishes it's transaction with the stator and starts  leaving  the stators fields - it gets pulled back towards the stator loosing some of it's gained momentum. The closer the stator is to the rotors the more it will get pulled back.  

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[nyctuber]

The stator wants to jump over and stick to the rotors - of course it does.
You are confusing the two magnetic vectors ..

Mylow always turns his wheel in the direction where - as the rotor segments approach the stator they are pushed back. This is repel mode.
If you turn the wheel the other way the approaching rotor segments will be pulled in by the stator. This is attraction mode..

The closer you put the stator to the passing rotors - the stronger the wall of repel will be for the approaching rotor segments.
The closer you put the stator the more it wants to jump over and stick to one of the rotors. This is why they crashed ..

As soon as the approaching rotor segment  pushes it's way through  the repulsion wall of the stator -- N to N
the passing rotor segment  gets kicked through the stators field and the wheel speeds up.

When the rotor segment finishes it's transaction with the stator and starts  leaving  the stators fields - it gets pulled back towards the stator loosing some of it's gained momentum. The closer the stator is to the rotors the more it will get pulled back.  

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I'll take your word for it since I haven't done a replication myself. At least you confirmed what I was trying to say about the stator not being a purely repulsive force. How does the attractive force of the stator behave at the speed shown in Mylow's video? You'd have to agree that the stator hitting the rotors does prove the stator / rotors are not dead. This would seem to dispel the idea that he is simply turning the disk by hand and what we are seeing is a flywheel running down. Agreed?

[Pirate88179]

Yeah I'm saying theres no way Mylow did that. The glass table video is in the middle of the room, no way he's that sophisticated to pull something like that off.

Let me see if I understand this.  There is no way Mylow is sophisticated enough to fake this but yet somehow, he IS sophisticated enough to pull off making the only known working magnetic motor in the history of mankind?  Is this what you are saying?

Bill

[nyctuber]

Let me see if I understand this.  There is no way Mylow is sophisticated enough to fake this but yet somehow, he IS sophisticated enough to pull off making the only known working magnetic motor in the history of mankind?  Is this what you are saying?

Bill

Mylow's seemingly unsophisticated approach just might be the reason he is able make the motor work.

None of the means of faking it presented hold any water in my opinion.

[Omnibus]

Let me see if I understand this.  There is no way Mylow is sophisticated enough to fake this but yet somehow, he IS sophisticated enough to pull off making the only known working magnetic motor in the history of mankind?  Is this what you are saying?

Bill

Making of such motor requires no sophistication, only patience, persistence and some luck.