Thank you for doing that Lacee.
As for our implementation of this novel idea, we use 140 strands of wire and control the amount and types of dielectric materials used. Anyone could do the same research, ad hoc as it was, and duplicate our results. Or you can buy our results for quite a bit less cost than the amount of time it will take you to learn the relatively subtle things you need to know.
I am a transformer engineer and I am aware of wire and dielectric investigations, as it is part of my professional career. None of the thoughts behind Ground Control are collected as a single concept in the scientific literature I am aware of, but each of the component understandings is well supported.
What we have developed in Ground Control will not leave you with a "feeling" that the reproduction has changed for the better. The changes will be quite obvious, as information retention improvements, and they won't be on the leading edge of the signal. It is still surprising to me how much information is lost to corruption of the back half of all wave forms, after they have passed through the "load". This portion of all signal information is then pulled back through the load, after a vector change in the field event has expossed the signal holding electrons to local dielectrics, somewhre between your speaker cables, the safety ground outside your building and the power sub station down the road.
Bud
As for our implementation of this novel idea, we use 140 strands of wire and control the amount and types of dielectric materials used. Anyone could do the same research, ad hoc as it was, and duplicate our results. Or you can buy our results for quite a bit less cost than the amount of time it will take you to learn the relatively subtle things you need to know.
I am a transformer engineer and I am aware of wire and dielectric investigations, as it is part of my professional career. None of the thoughts behind Ground Control are collected as a single concept in the scientific literature I am aware of, but each of the component understandings is well supported.
What we have developed in Ground Control will not leave you with a "feeling" that the reproduction has changed for the better. The changes will be quite obvious, as information retention improvements, and they won't be on the leading edge of the signal. It is still surprising to me how much information is lost to corruption of the back half of all wave forms, after they have passed through the "load". This portion of all signal information is then pulled back through the load, after a vector change in the field event has expossed the signal holding electrons to local dielectrics, somewhre between your speaker cables, the safety ground outside your building and the power sub station down the road.
Bud