scientific double blinded cable test

@clearthink

Here is a copy/duplication of my 03-10-2018 6:55pm post herein. Not "clear" to me (pun intended) why you couldn't find it.
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@geoffkait

Your point about not linking to old posts because you may have more current data to offer is a fair reply. Thanks.

To your point about knowing that wire is directional, I'm using Belden 5T00UP speaker wire. Would you say that wire is directional? And, if you answer yes, would you say you could *hear* a difference if connected one direction or another?

If you answer yes to both, I have a business proposition - directly related to this thread - for you (or anyone who answers yes to both questions for that matter). Broadly, the proposition involves either a blind or double blind test where it is my position that you *cannot* reliably hear a difference, and it would be your position that you could reliably hear a difference.

If interested, and if the amount is worthwhile (low five figures?) we can have our attorney's draw up the contracts, establish an escrow account and so on.

Just to clarify again, I’m saying all wire is directional. The wire in all fuses, the wire in interconnects, speaker wire, the wire in power cords, internal speaker wire, transformers, the wire in capacitors, you name it. That’s why I suggested all one has to do to test this theory is flip the interconnects around assuming they aren’t shielded. But even if they are shielded it might be worth a shot. Somebody, please, put this puppy to rest! 🐶

I would not question your assertion that in some fashion, the drawing/manufacturing process results in (however minute) directional differences in wire.  I do question (actually doubt) whether you, or anybody, can actually hear the result of those differences when the wire is used in an audio system, no matter how high quality the system.

You can probably be trained to hear them.

Afterward you will be ruined. Like finding flaws in people whom you had the greatest amount of respect for, prior.