O.K. Joe, I'll bite.
You state,
"Using their unique understanding of resonance and how it effects all components, including loudspeakers, made logical sense to me. They stated that permitting resonance to form on equipment then immediately directing energy (vibration) away from the components and transferring it to earth's ground (a basic physics approach) using raw materials that "conduct" resonance permits the DYNAMICS to remain within the system.
They further went on to say that brass, steel (cold rolled) and aluminum are materials that will conduct resonance. Some work faster than others do.
When I asked about the granites of the world they went on to state that rock's principle material is earth itself. It fools the resonance into thinking there is a true earth's ground. When applying this type of material with acoustical and electronic products try to maintain a good distance between your components chassis plane and these elements, because earth too will absorb energies along with precious dynamics as well."
My reason for pasting this set of three pharagraphs is two fold. First are you not conterdicting yourself? Second,
"transferring it to earth's ground ..." and then "...rock's principle material is earth itself. " It seams to me my sandstone set on a stone hearth set on masonry set on earth would also qualify as "Earth". Now you tell me to drain this energy to earth but keep earth away. Fine, I would then assume the brass, titanium, and carbon fiber cone products I use to seperate my equipment from the stone would qualify as your "resonance conductors". What did I miss here? sounds like I must have solved the issue for the price of cones. J.D.
