Technologies in cables is not a slow burner, at least in the past decade, due to one innovation. Other than that, though, not much change at all.
A century plus of same-same.
The room temperature liquid metal cables from Teo audio are literally the newest thing in conduction technology for transmission lines in the past 150+ years.
the difference really is fundamental, as in LCR calculations for wire, but with a room temperature liquid metal, it’s a combination of LCR in one part of the equation re the math to describe it and QED, Quantum Electrodynamics to describe it.
It requires the QED as it is truly a Quantum system, in the true physics sense. Completely unlike the frozen molecular lattice of all other materials used in conductors and dielectrics. The math literally goes to a point of incalculablity, beyond the reach of the theory or any supercomputers.
One can hear it. It’s a totally different beast. Electromagnetically and physically.
The other point is if you’ve never tried a liquid metal cable in a sytem, all you’ve ever heard and used is solidus wire in all things, in all ways. From cradle to grave, for everyone, kinda thing.
So one cannot know a difference as it’s never been experienced or known, at all. Zero exposure, so no stereoscopic parallax view in depth, of what exactly wire is and how intensely it colors the signal.
A century plus of same-same.
The room temperature liquid metal cables from Teo audio are literally the newest thing in conduction technology for transmission lines in the past 150+ years.
the difference really is fundamental, as in LCR calculations for wire, but with a room temperature liquid metal, it’s a combination of LCR in one part of the equation re the math to describe it and QED, Quantum Electrodynamics to describe it.
It requires the QED as it is truly a Quantum system, in the true physics sense. Completely unlike the frozen molecular lattice of all other materials used in conductors and dielectrics. The math literally goes to a point of incalculablity, beyond the reach of the theory or any supercomputers.
One can hear it. It’s a totally different beast. Electromagnetically and physically.
The other point is if you’ve never tried a liquid metal cable in a sytem, all you’ve ever heard and used is solidus wire in all things, in all ways. From cradle to grave, for everyone, kinda thing.
So one cannot know a difference as it’s never been experienced or known, at all. Zero exposure, so no stereoscopic parallax view in depth, of what exactly wire is and how intensely it colors the signal.