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

[Omnibus]

Or closing the loop. I'm interested on how well this anomaly scales up. I'm sure you answered this but I couldn't find it, what type of transformer are you useing, sillicon steel laminates? And what is the turns ratio?

I'm using a RadioShack 273-1380 audio transformer. Unfortunately, I don't have any more details about it but, boy, is it hard to disassemble it.

[Omnibus]

Now, about closing the loop, which would be the ultimate proof, all one needs is a trivial (for an electrical engineer to design and make) converter and possibly a superconducting wire. This is an interesting engineering problem to pursue and I hope some folks around here might be interested in pursuing it.

[LarryC]

Omnibus has at least presented some better results at lower Hz, which totally contradict his early claims, but the higher frequency results are questionable and may only be artifacts. The majority of his statements are still only true in Omni world but not in the real world. Only a couple rebuttals follows:

One weakness of the current studies is the fact that the Ohmic resistance R is not a subject of direct measurement but its value is assumed at any frequency to be what it is at 0Hz. Unfortunately, it is not possible to measure R on the fly, that is, while the experiment is running.

Not true, that is why the formula for inductance reactance (XL) was developed, which changes with frequency.

However, the real (dissipative) component of the impedance is not known to be frequency dependent and if claims are put forth that it is, these claims have to be sustained by experimental evidence.

Not true, the formula for impedance is Z = square root of R^2 + XL^2. XL has a frequency factor in its formula.

I'm done with Omni world for a while, got other important things to do, does anybody else want to bang their head against the Omni truth barrier for a while?

Regards, Larry

[AB Hammer]

Omnibus

Try silver wire. But I am not sure it will help what you are trying.

Alan

[Omnibus]

@broli,

Here are the data in the interesting region between 40 and 42MHz redone with the setup in a Faraday cage: