Mr. Kait states: - The only way you can possibly deal wih seismic waves is to decouple the component from them, and I'm referring to rotational (bending) forces in additional to the usual vertical forces and forces in the horizontal plane.
Your springs are actually functioning as a “direct coupling mechanism”. Depending on the actual materials and dimensions of springs used, the speed of the resonance transfer will vary as will the bandwidth of frequencies across the audible and inaudible spectrum, yielding different sonic results in comparison. Frequency and Speed with springs is complexly related to the mass and mass distribution of the component. We too have used springs in our studies and development processes and have found that there are too many variables in each possible usage scenario; there is no “one-size fits all” with spring coupling. Ultimately, you are ‘NOT Decoupling’ with the use of metallic springs - try another material.
You have yet to respond, answer or clarify or prove to us; how inaudible seismic waves affect the performance of a stereo system in either a standard or more efficient listening environment, nor have you provided any indication as to how such waves have such a dramatic effect on the "audible performance" and/or musical quality of playback equipment when mechanically grounded.
Do inaudible seismic waves affect the performance of musical instruments in some “audible” way that the world is not aware of?
Mr. Kait stated: Sorry, but once I see, "I have 30 years in audio or I have been doing this for 40 years, therefore..." I don’t read whatever comes next. Force of habit. Lol
Then why not leave the “majority” of audio veterans alone and exploit your visions elsewhere? Like Coulomb Friction, you clog up all signal pathways and “therefore”, in my opinion you should mechanically transfer out!
Robert
Star Sound