Sean. Regarding "double-speak", my stating that the Audiopoints are not a mechanical diode does not preclude the items from having certain characteristics that may differ somewhat directionally, nor having characteristics that may behave differently when operating in conjunction with other devices(while being able to conduct in both directions). I feel that you have set up a "straw man" and then knocked it down, while claiming to have "defeated the argument". You placed words in my mouth to suit your own purposes.
I clearly stated that the Audiopoints operate as a rapid conduit for resonant energy, and never stated that they cannot conduct in both directions. I stated that the resonant energy would seek ground via the path of least resistance, as the 2nd law of thermodynamics states, and that is how the directionality of the movement would be defined.
Your concept that the vibrations are moving up the point is muddy, because the energy that affects the component on the Audiopoints is simply a side effect of the floor transferring its vibrations toward the greater mass or ground. Everything standing on the floor will be moved along with the floor's movement.
The problem with this idea that floorborne vibrations are more deleterious than airborne vibrations is that one should then sacrifice the ability to properly deal with airborne vibrations in order to try to tame floorborne vibrations with a rubbery storage device. In our experience, it is the airborne vibrations that are considerably more deleterious to performance, and that the proper handling of these airborne resonances is far more important than floorborne considerations. Now maybe you don't agree with this, but that doesn't make us wrong. I have often stated that it makes no sense to reduce the performance of components by blocking the airborne resonance evacuation path, in order to make up for a deficiency in the construction of the floor. If the floor has a structural problem, then fix the floor. Don't wreck the sound of your system trying to make up for a floor problem.
Again, maybe we disagree on this, but I feel you have tried to create a perception here that I am speaking in a contradictory manner, and I am not. I have stated my position, and the company's position on the basic workings of this product, and given the reasons. If you don't agree, fine.
And regarding other methods such as damping, how many rack company salesmen can recite the Zener Viscoelastic Model and explain how it relates to their O-rings or rubber feet, complete with amplitude and frequency ratings in every person's listening environment. Really, I think you are being pretty hard on us, given the fact that nobody else has to back up any of their statements on this subject. I'm trying very hard to give a good explanation of this, and I'm only the salesman.
I clearly stated that the Audiopoints operate as a rapid conduit for resonant energy, and never stated that they cannot conduct in both directions. I stated that the resonant energy would seek ground via the path of least resistance, as the 2nd law of thermodynamics states, and that is how the directionality of the movement would be defined.
Your concept that the vibrations are moving up the point is muddy, because the energy that affects the component on the Audiopoints is simply a side effect of the floor transferring its vibrations toward the greater mass or ground. Everything standing on the floor will be moved along with the floor's movement.
The problem with this idea that floorborne vibrations are more deleterious than airborne vibrations is that one should then sacrifice the ability to properly deal with airborne vibrations in order to try to tame floorborne vibrations with a rubbery storage device. In our experience, it is the airborne vibrations that are considerably more deleterious to performance, and that the proper handling of these airborne resonances is far more important than floorborne considerations. Now maybe you don't agree with this, but that doesn't make us wrong. I have often stated that it makes no sense to reduce the performance of components by blocking the airborne resonance evacuation path, in order to make up for a deficiency in the construction of the floor. If the floor has a structural problem, then fix the floor. Don't wreck the sound of your system trying to make up for a floor problem.
Again, maybe we disagree on this, but I feel you have tried to create a perception here that I am speaking in a contradictory manner, and I am not. I have stated my position, and the company's position on the basic workings of this product, and given the reasons. If you don't agree, fine.
And regarding other methods such as damping, how many rack company salesmen can recite the Zener Viscoelastic Model and explain how it relates to their O-rings or rubber feet, complete with amplitude and frequency ratings in every person's listening environment. Really, I think you are being pretty hard on us, given the fact that nobody else has to back up any of their statements on this subject. I'm trying very hard to give a good explanation of this, and I'm only the salesman.