What if, instead of teleporting, it's sent through a wormhole? I understand that that does not involve any of the adverse molecular (okay, atomic and subatomic) deconstruction and reconstruction; rather, it appears to comprehend an instantaneous pivoting, in toto, into some tangential dimension. Thoughts?
You aren't entirely clear on what you would do with a wormhole - presumably use it as a transmission medium (i.e. create a wormhole at the "line out" of the preamp "hot" lead, that terminates at the power amp "line in", or similarly in place of a speaker wire) .
But, are you kidding? No deconstruction and reconstruction? The only way to make a wormhole (at least the only way that has even been hypothesized) is with a black hole. As you approach the event horizon, gravitational gradients and tidal forces (normally factors that can be, to first approximation, ignored for audio reproduction purposes) become extreme
[1]. Any matter that approaches this horizon will be greatly stressed along the axis of the attraction and ultimately destroyed. That includes electrons (and positrons, assuming you are running a "balanced" system
*). Given that, I can't see how this phenomenon would ever be exploited in the pursuit of high-fidelity audio.
If you were somehow able to overcome the above, another even more obvious wormhole/gravitational singularity feature would also come into play. Black holes are HOT. They suck in matter for eons, and compress it to literally 0 dimensions. No energy ever escapes (to our knowledge). No one knows the physics inside the singularity, but in the limit, as you approach the singularity, the temperature approaches infinity. Thus any electron approaching a black hole would experience exceptionally high temperatures -
and thus undo any benefits from their cryogenic treatment. Would you listen to music using non-cyro-treated electrons? I sure wouldn't! If you think that's OK, well, then, get off the AVA forum and find yourself a Pioneer or Yamaha receiver.
Given these blatantly obvious flaws in your premise, I can only conclude that you are either
1) not a "true audiophile" OR
2) making a lame attempt at humor OR more likely
3) you are trolling. Well, I won't play!
I will freely admit, however, that despite my physics and engineering background, I am far from the worlds foremost expert on black hole/wormhole/other singularities. What is astonishing is that ref (1)
fails to address audio reproduction in any way! I can only conclude that this is the fatal flaw in the author's Nobel submission.
I would also note that the "loss of cryogenic electrons" problem occurs, in a slightly different way, even with conventional physics. I have a solution under test, right now, to address this problem. Its simple, uses commonly available parts, and serves to prevent the migration of the electrons from the treated speaker wire out of the wire and into the ancillary components. But given that this is our host's commercial forum, I feel it only fair to offer it as a new product idea for AVA first. If Frank declines to pursue then I will post it here for your use.
I would like to take this opportunity to thank Frank for this forum! It gives me (and others) a chance to pass along our knowledge and experience. I am gratified to be able to "give back" to the hobby that has provide so many years of enjoyment.
Brett
[1] Hawking, S. (1988). A Brief History of Time. Bantam Books. ISBN 0-553-38016-8.
* balanced, for the newbies, is a system that uses equal parts matter and anti-matter as charge conductors
