Solid State Orbo System

[Bruce_TPU]

Good Evening ALL,

Well, after experimenting all night with my air core bias, I must say no joy.  I did see signs of potential life, enough to warrant me taking the added time and effort to wind another identical bias on a metal form.  I believe that I need a much stronger B field to contain the toroidal and magnet flux, to "squeeze" it out the ends.  So, I will basically make a hollow electromagnet.  Plenty of B field and see what I see.   

Cheers,

Bruce

[exnihiloest]

Please tell me how your experiment with the vibrating magnets prove there is substantial flux leakage
...

Are you saying that a magnet can vibrate without a varying magnetic field?

[wings]

Are you saying that a magnet can vibrate without a varying magnetic field?

also without external flux vector potential is not zero  ... 
http://jnaudin.free.fr/vpexp/index.htm

http://www.iop.org/EJ/abstract/0143-0807/2/3/008

[void109]

Are you saying that a magnet can vibrate without a varying magnetic field?

I'm an electrodynamics noob, but if a permanent magnet is in the vicinity of a core with an oscillating attractiveness (with the whole orbo thing, as the toroid is pulsed its attractiveness is diminished), the permanent magnets attraction will also oscillate causing it to vibrate - this is without the need for flux leakage from the core at all right?

[gravityblock]

I'm an electrodynamics , but if a permanent  is in the vicinity of a core with an oscillating attractiveness (with the whole orbo thing, as the toroid is pulsed its attractiveness is diminished), the permanent magnets attraction will also oscillate causing it to vibrate - this is without the need for flux leakage from the core at all right?

Yes, that's correct as Lumen pointed out.  In addition to this, the flux isn't fully engaged while building the field because the flux lines can't cross each other, and to do otherwise would violate Ampere’s
Circuital Law.  So, any newly created flux in building the field must swing outside the core in order to fully engage the core material.  Loops can not overlap or cross either so they must expand or contract inside the core.

Below is an image showing how the flux lines engage the core.  Don't pay any attention to the secondary in the image, the results will be the same in our example without the secondary since we're pulsing the coil.  Here's a very informative article that explains flux threading in great detail, http://www.overunity.com/index.php?action=downloads;sa=downfile&id=377

This method preserves the integrity of the classical flux model and Ampere’s Circuital Law.  It's the only way that a magnetic field can expand (or contract) and to fully engage the core material without violating Ampere’s Circuital Law.

When magnets are attached within the toroid core, then the flux lines have no other choice but to disconnect and to reconnect in order to fully engage the core and to expand and contract inside the core in order to form closed loops.  It requires energy for the flux lines to disconnect/reconnect and it pulls this energy from the vacuum by perturbing the uncurled A-Potential outside the core.  This isn't any super duper physics.  It's a very simple concept that is known in physics.  The end result is receiving excess energy from the vacuum. 

GB