Howard Johnson Replication Tube Claim

[dixiepnum]

ok guys,

i'm no rockstar in physics and engineering and maybe it's better that way for this 'experiment'...


anyways, it would appear that there would be a magic ratio between the strength of each rotor versus the strength of each stator, given 2 stators and a fixed (for discussion purposes) number of rotors. I suppose for fun, this ratio might be 19.5.  Well, whatever.

This ratio, given a fixed disk size and weight such as mylow's, will dictate whether the disk can spin smoothly and at a constant speed or not.

All of this under the assumption that his model works.

So since we know the strength of mylow's rotors, and the size and weight of mylow's disk, can any academic mathematicians out there quickly calculate the magic magnet strength ratio, and therefore the required strength of the 2 stators,  so we can put this baby to bed before Friday at 5pm?

This will enable scaling of larger and smaller machines after the fact....

Or am I being 'too scientific' for everyone?

let's see who can arrive at the answer first, the experimenters or the mathematicians?

$1CAD to the winner...

hocus pocus



dixie

[dixiepnum]

 

btw...i scored an A+ in calculus, but that was 20 years ago!

[queue]

Wind-down test of my disk's bearing ..

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


My Mylow HJ replication page
http://overunity.ca/Mylow


Cheers
Queue

[sterlinga]

In suggesting that he jump on a plane to come here to San Jose to Thursday night's presentation at San Jose State University, he was a little skittish.  He'll need to get off work, he wants his wife to come, and she's used up all her paid vacation for the year, and he's never been outside of Chicago.  But he said he would start making some calls and get back to me.

I talked to Mylow again just now.

He's feeling rushed and doesn't want to give a public demo until he has a stable unit.

Presently things are crashing all the time, and he doesn't think that makes for a good demo.

I begged for him to post a video, putting his camera on a stand so he has both hands to hold things as he needs to on the motor.

He said that there is some really strange stuff going on with the motor.  PMMTester had him manually hold the magnet up next to the rotor magnets, and the rotor started spinning.  Mylow said that the faster it span the more the stator magnet was attracted toward the rotor magnets, to the point that is was almost more than he could hold.

While we were talking, he was working on the thing, and I heard a couple of noises that sounded like the rotor dinging as it rubbed up against something and the magnets hitting it as they came unglued and flew to the nearest magnetic surface.  It sounded the same as the end of the video he showed on the glass table where the stator disc ran into the rotor.
http://www.youtube.com/watch?v=kki3aBMn_-k

He's likewise still uncomfortable with the idea of having others, whether PMMTester, who's been screening his email, or Mike Schuckel, come in to help him get his system stable so that it doesn't crash.  He thinks they'll not be able to pull away from it, they'll be so fascinated with it; and they'll be sleeping on his floor, etc.

There is still a small chance he'll get it to a point that he's comfortable with it in time to fly out to join us at SJSU tomorrow evening, but we shouldn't count on it at this point.  We should give him his space.

Sterling

[PhiScience]

Hi,

  The only way that I can imagine this device working with out violating the law of conservation of energy, and the first law of thermodynamics is if Mylow has created a pump that is interacting with the ether.
Because this law only applies to isolated systems, and a process, which involves the transfer of ether from one side to the other, is hardly an isolated system.