With all this and much more in mind....with the liquid metal wire, I went right after the fundamental carrier itself. I went after the complex impedance expression, right where it is created or interacts at the atomic level.
If you take strands of the liquid metal cable and make coils out of them and then play with pulse aspects, you will get some interesting differences that cannot take place with 'wire' coils. Fundamentally different.
Wire (solidus lattice organized elements and alloys) may be the best common carrier for electrical audio signals (complex ac expression) but it has it's issues. Complex LCR is tied to these aspects of atomic structure. Which we tend to try and ignore or not recognize as it has been here since the beginning of 'electricity'. We simply don't know any better.
Fundamentally different electrical expression is not snake oil, its just very very new and not really understood as of yet, with respect to written works that come from sussing things out.
If you take strands of the liquid metal cable and make coils out of them and then play with pulse aspects, you will get some interesting differences that cannot take place with 'wire' coils. Fundamentally different.
Wire (solidus lattice organized elements and alloys) may be the best common carrier for electrical audio signals (complex ac expression) but it has it's issues. Complex LCR is tied to these aspects of atomic structure. Which we tend to try and ignore or not recognize as it has been here since the beginning of 'electricity'. We simply don't know any better.
Fundamentally different electrical expression is not snake oil, its just very very new and not really understood as of yet, with respect to written works that come from sussing things out.