Permanent Magnets

[Dean2]

Green Energy 211

[C Rosenkreutz]

• Stewart Harris TOMI (Theory Of Magnetic Instability)
  
• 
  
• Mag-Gen
  
• PM3 Permanent Magnet Machine
  
• 
  

[Dean2]

Green Energy 211

[C Rosenkreutz]

Similarity to SEG rotors

Barry,
I can't help but draw a similarity to that portion of your video where you're moving six rotors back-and-forth along the stator rails (using two other rotors & cancelling the lock & drag), with the appearance of the rollers beginning to move around the Searl Effect Generator replica in this video:
YouTube - SEG voltage controlled demonstration

Interesting!

[Dean2]

[Dean2]

Green Energy 211

[LiamXaoh]

Unless someone can identify an as yet undefined force then all magnetic motors, linear or circular, are doomed to fail.

[Dean2]

[C Rosenkreutz]

Yes, I believe the video shows a proof of concept created by engineer Fernando Morris and uses a small power input to create the motion of the components. It does not currently use the exact rare earth materials in proporation to the Law of Squares that Searl claimed he used to achieve independent overunity, and antigravity (with no outside power source). It's been a little while since I've seen the John Searl Story DVD so I may not be recalling the details correctly.

And, yes, I am a new member of the forum. Even though I've been interested in "free energy" theories off and on for about 5-7 years, I only recently found this forum and decided to participate. (I'm usually a lurker)
CR

[handyman]

questions

Hi everyone
Before I get started on a project I have in mind, this time I am going to ask questions first. My friend tells me it could save me some grief, time, and money.
Anyway,here it goes.
I plan to pass a disc magnet, back and forth inside a coil of copper wire in order to produce electricity. But before I build the apparatus to do this action,I want to know what are the pros and cons of this concept. handyman

[Dean2]

Green Energy 211

[Dean2]

Any thoughts on...

Has anyone considered what rotary approach might work the best - in taking advantage of this understanding in controlling the flux, and inducing secondary fields?

[gyula]

Has anyone considered what rotary approach might work the best - in taking advantage of this understanding in controlling the flux, and inducing secondary fields?

Hi Barry,

Well, considering your photo on a rotary version here
http://www.energeticforum.com/renewa...tml#post133289 I suppose a single "rotor" is shown only at the inner circle rim near at the 12 o'clock position. I think the rotors could be kept mechanically by employing a ball bearing method, using a second inner circle with smaller diameter with respect to the first inner circle, as a counter holding piece for the rotors. Yes, several rotors (you show only one I suppose) and the endings of these rotors could be held together both at the upper and lower endings by spokes and these spokes could have a center shaft (like in bicycle wheel) serving as the main shaft for mechanical output.
This may sound as too complicated, surely some simpler layouts do exist.
So a kind of ball bearing-like setup for holding the rotor always in a rollable position what I basically envision.

Gyula

[Dean2]

possible Rotor

Hi Gyula, Something like this perhaps?

[gyula]

Hi Barry,

Well, not exactly because you have not indicated what would keep the whole rotor in position. If you say for this that the main shaft can be kept in position by using normal ball bearings for the shaft (as is usual for most electric motors), then I have to ask whether the electric contact is still important at the endings of the spokes to the inner part of the stator rim?
If the contact is important, then that is where I think of using ball bearing-like solution: it all depends on how good electical contact is needed? This is what is not fully clear for me yet.
From your linear setups shown I judge the rolling contact is insured by the weight of the rotor and by the attract force between the stator and rotor. I assume an electrical resistance of max 1 - 2 Ohms is involved as a neccessity, right? If this is so, then I assume that this should be likewise for a rotary arrangement too. If this is not so, then I need more explanation on the working principle...

The more I am comfortable with the understanding of the principle, the better mechanical setup could be devised

Thanks, Gyula