Home Tweakers' Asylum

Tweaks for systems, rooms and Do It Yourself (DIY) help. FAQ.

Re: JC why do you even get involved with these things?


Superconductivity is usually a sudden onset sort of effect. However, Cooper pairs can and do exist below superconductivity.

I'd ask you to provide a source for that, but I know you can't but let's say that they do. So what? Whatever Cooper pairs may form isn't even sufficient to bring the conductivity of whatever ceramic it is to anywhere near the conductivity of even the resistor.

Even if we assume that the thing is fully superconductive and had no resistance at all, the best you could say about it is that it wouldn't produce any noise of its own. Their simply being Cooper pairs wouldn't remove any noise upstream from it, nor any noise downstream of it. It would simply pass the noise along without adding any more of its own.

But since it's not superconductive, and the ceramic isn't anywhere near as conductive as the resistor and its resistance is essentially that of the resistor, it will produce the noise of a 0.02 ohm resistor, plus the noise from the additional contacts and solder joints involved.


You have no idea what the ceramic material does over all frequencies, both very high and low.

No, I sure don't, John. So why don't you fill us all in on how Cooper pairs remove noise from upstream and downstream of the devices?


I don't have the equipment to measure it, and Dan doesn't even know where to look.

Even if you had the equipment I'd take any measurements of yours with a large grain of salt after your claim of having measured diodes in wires.

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