Norm (Tbg), I do not have resistance measurements, but we're talking about a liquid metal, not liquid ceramic (Cerious) or carbon (vdH), and I have not seen or heard anything to indicate the resistance is significantly different from, say, interconnects using solid-phase metal conductors, although the manufacturer may provide the information. What they have measured is capacitance, and on another discussion forum Ken Hotte (Kbk above), one of the principals of Teo Audio, posted the following:
Brian Walsh
These cables are and or just were in, shall we say, a state of the art facility. Someone who definitely has the qualifications, just tested them and found that the the 'actual' capacitance of any of them, 1m length, 2m length, etc..any design (there are three extant IC models out of some 200 variations I tried), is a full magnitude lower than...6 inches of soldered in place, air dielectric, untreated, clean, 99.99999% 28g copper wire. Just using a LCR meter won't show this. I repeatedly stated that the cable will simply show you the reflection of the meter's design, nothing more. You have to know how to work at getting true dissipation information. This is part of why it is stated that the cable will simply 'become' the impedance that is necessary for matching or bridging the given presented load(s).I know the above may raise more questions than it answers, but there you have it, and it's as much information as they are willing to give out...I've asked, myself. As always, the proof is in the listening.
I knew that would be the case, and I didn't bother to measure it as the whole point was to make standard calculations and usage of complex LCR.....Irrelevant.
Brian Walsh