Solid State Orbo System

[gravityblock]

All experiments that I conducted prove it is false.
An hour ago, I was pulsing a toroid coil with pulses at low frequency around 100hz, strong enough to saturate the core. I held a magnet near the coil and it vibrated in my hand under the effect of the leakage fields from the toroid!

The magnets vibrated due to it's field perturbing the localized region of the B-Field located inside the toroid, which perturbed the uncurled A-Potential outside the toroid where your magnets were.  This caused your magnets to vibrate.

You automatically rule out the uncurled A Potential outside the toroid that is connected to the curled B-Field inside the toroid.  You really think a small amount of flux leakage due to near or full-saturation can induce a relatively large EMF in a pickup coil?  The small amount of flux leakage will drop off in strength dramatically as you increase the distance from the toroid.  This means it won't cut many layers of wires in a pickup coil in order to induce a decent amount of EMF. Where are the poles in a toroid coil?

If you perturb the B-Field inside the toroid (the localized region), then you will perturb the uncurled A-Potential that is surrounding the outside space of a toroid.  The uncurled A-Potential is also connected to the B-field in the localized region. Perturbing it represents a change to the EM energy density of the space-time outside the localization region, and so that outer space-time now has extra EM energy from which appreciable E-field energy can be extracted easily by mere perturbation. 

I don't care if you agree with this or not.  The A-Potential is already proven and is the only reasonable explanation for a relatively large EMF to be induced in the pickup coil.  It's not due to the small leakage flux, sorry.

Naudin is already working on perturbing this A-Potential even more to increase the power output, from what I have seen in Episode 8.  This will be interesting.

GB

[synchro1]

Nickolay E. Zaev's ¨Ferrites and Ferromagnetics Free Energy Generation¨ article begins with a proportion that assesses the quality of ferromagnetic materials based on specific (Wt/Kg) loss appearing in the process of magnetic reversal at a frequency and induction ratio: Can anyone tell me if this a Biefield Brown effect Zaev is outlining here? Does the toroid gain and loose weight during it's change in magnetization and demagnetization along with temperature changes?

[Airstriker]

All experiments that I conducted prove it is false.
An hour ago, I was pulsing a toroid coil with pulses at low frequency around 100hz, strong enough to saturate the core. I held a magnet near the coil and it vibrated in my hand under the effect of the leakage fields from the toroid!

exnihiloest, if I were you, I wouldn't loose any more time writting here. I don't know if you have noticed, but all our posts have been deleted in this thread. This is not how people should be treated when they commit their free time to do something for others. So I don't care any more. If these people like, they can walk in the dark for the next decade.
I'm unfortunately starting to understand PL's decision to leave this forum. Sad it is.

[Groundloop]

@All,

I want this thread to be a place for researching solid state Orbo like systems.
You can post your result, images and links to videos. Off topic posts will be
deleted.

@Exnihiloest, @Airstriker

Please make you own thread where you can post whatever you like.

Groundloop.

[Bruce_TPU]

Hello All,

I have been trying to find my math mistake all day, but can not.  Yet it does not feel like 16 watts of power when lighting up various items.

Each Brooks coil is 254 Ohms.  This is a fact.
All 6 are in parallel.  This is a fact.
Using the formula 254/6 gives a resistance of 42.3, and I am at 49.3 reading on the meter.  This is a fact.

Voltage remains relatively the same in each inductor, so I am producing 28 volts at output.  This is a fact.

If I were to take that voltage of 28 for each inductor at 254 ohms, that would give me a current of 0.11024 per coil, or .66144 I with all 6 coils in parallel.

With an I of .66144 this gives me a total power output of 18.52 watts.

But where is the current?  Is it still stored in the inductor?  Because I am not seeing .66144 of current.  I see the voltage.  I do the math and see the resistance.  I read the resistance on the meter.  But I am not seeing the current on the meter.

So, I am seeing far less current then ohms law tells me should be there, or is it all being stored in the magnetic fields of the inductors?  Any math assistance would be of help. 

Thank you,

Bruce

EDIT:
I have removed the iron lamination core and now the voltage is at 5.2 volts on the main output, with very dim lights indeed.