STEORN DEMO LIVE & STREAM in Dublin, December 15th, 10 AM

[Magluvin]

Neptune
that is a great idea. But the density of the oxide vs tape, will be less than most toroids out there. But that might just work for this stuff if less is sufficient.  =]   

mags

[gravityblock]

The patent for their measuring device says the method for claim 1 is a partially demagnetized neodymium magnet under test.  WTF?

GB

[lumen]

Wow, with all this stuff going on, it may be easier to just get a group of about 20 peeps and go together and spring for the SKDB.
Then build something that works!

[teslaalset]

Deleted.

[LarryC]

@GB
That is in reference to the replication attempts and not to the Orbo.  How can it be another key when it's not in regards to the Orbo?

They did show the replicators attempt at first, then they showed how an Orbo coil differ from a normal toroid coil used by the replicators.

The rotor magnets SHOULD NOT induce a NET EMF in the toroid.  If it does, then you would have a CEMF and that is what Steorn was showing in the replication attempts.

They had a Orbo coil, but using one rotor magnet centered on the coil, instead of two, one above and one below. The induced emf is shown at 5:20.

The polarity of the rotor magnets did not change, so why would the EMF induced by the rotor magnets be in a different direction.

At 5:20 he states that the magnets have opposite polarity and shows that the emf curves reverses as each magnet passes.

At 6:25 he has added a steady current from the battery and shows that the emf curves are the same, even with opposite polarity magnets.  

At 7:50 he has reversed the battery and shows that the emf curves are the still the same.

The point being, that if your toroid coil can not do this, then it is not an Orbo.

Does any replicator have a toroid that can pass this test?

I set up a test the same way as steorn in the second half of the replicator video, except driving the rotor with a DC motor,  but it does have opposite polarity magnets and two toroid's in series the same as their demo.

IMG-0255- This is the test with no voltage applied, shows the emf goes down, up then up, down. This is as expected with opposite polarity magnets. Emf curves are slightly different and may be due to coil inbalance. One is 2.7 Ohms and the other is 2.2 Ohms.

IMG-0256- D cell battery applied, voltage in yellow, current in blue. Yellow is down, up, down, up. Blue is up, down, up down as Steorn showed. The emf curves difference is increased.

Img-0257-D cell battery applied. Current is reversed, probes are reversed, same traces.

Tried other test with D cell, flipped one of the coils input, same results and another test with only one coil next to the rotor, no emf curves at all.

Note that the current and voltage was 180 degrees out of phase with the D cell and yes, I did set up the probes in the correct polarity.

So it does work as Steorn stated when you have at least two toroid's in series.

Regards, Larry