Everything you have here has the electrical signal (we call it ’electrical’, which is a huge misnomer, it’s obscenely pidgin and incomplete), and all of it has to deal with the problems of how a signal in a delta state has to work with the ’wire’. Which is inordinate complex when we look at the quantum aspects of electron transfer.
(FYI the basic Liquid metal cables were tested at the highest levels of the TI (Texas Instruments) technical campus, and found to be notably anomalous in expected electrical norms. This, from their top man, who has an IQ of 196)
Oh please, do share with us his name? I would not hesitate to call him. I have enough cred in semiconductor device physics and processing to cold call most people without shame.
Most of the time I don’t like to credential drop. This is not one of them. I have a PhD in solid state physics (which is not the same as solid state devices). I have worked in the semiconductor industry on device physics and materials processing, and now in batteries.
I am going to go out on a limb and guess you have absolutely no published results, no publishable tests, no 3rd party testing of any sort that you can share that verifies your claims of superiority in the conduction of signals for audio purposes. I would actually be pleasantly surprised if you proved me wrong, but I don’t have high expectations.
I am not a hater. I am a highly qualified skeptic. There is nothing you have stated that eludes being validated through any number of measurements. To that conclusive end, I expect you to be able to supply those measurements. That is not too much to ask, nor is there any proprietary reason that a measurement cannot be shared. I am not asking for construction or material details.