“Plus there are not larger amounts of interfering energy within the component that is placed in isolation. There’s LESS interfering energy. That’s kind of the whole point. Hel-looo!”
Me Kate, here is your chance to help us learn more about isolation by answering three questions of ours. Please do not post the straw man arguments avoidance reply again, just answer the questions to the best of your knowledge.
1. Prove to us via formulas or we will accept any qualified outsider opinions there are “not” “larger amounts of interfering energy within any component that is placed in isolation and there is LESS” - per our Example.
Example: We do know when turning up the volume on an amplifier and witness those large transformers generating more energy, eating more AC current and generating more vibration changing into greater mechanical and electromechanical resonance at all variable frequencies per Coulomb's Law - so again why is there LESS interfering energy within your isolation model?
Strange but you never refer to de’ Coulomb in any of your writings and since the law named for his formula is absolutely relevant to vibration and component operational efficiency we always thought you would bring it into play as some point or are you willing to eat your own words once directed at us - “One imagines you look the other way and hope it disappears.”
http://www.wisegeek.org/what-is-coulomb-friction.htm
Employing isolation techniques, one merely protects one component from interfering with another that it is in direct contact with. Isolation increases the effects of Coulomb friction by building resistance between the mating surfaces. With regards to airborne resonance, isolation principles serve much like the dielectric material in a capacitance device, essentially turning the component into a giant Resonance Capacitor. This is not the opinion of our company, Star Sound Technologies, LLC but rather that of the average graduate - level physics textbook.
2. Does isolation and heat conversion processes attenuate when that amplifier volume is turned up and where does all that increased resonance formed from greater vibration go?
One thing we do know functions within the Live-Vibe Technology™ model; when a high speed mechanical grounding conduit is applied to transfer resonance to ground, when more energy is generated there is never an overload from buildup within the component hence establishing a higher level of component operational efficiency. You can research everything written “anywhere” about Sistrum Platforms and one shining star common among listener’s and reviewer’s findings is one can immediately and substantially increase volume levels of their system, hearing even more of the recording and with an effortlessness feel that never existed before.
3 Does isolation provide this listening benefit of effortless gains in volume because we have not found or read much on isolation models with that result taking place with any consistency.
Admittedly the isolation models we studied and built produced some success through function but we also determined and in our opinions that heat conversion processes are a much slower go in comparison to rapid energy transfer especially when keeping up with musical reproduction and musical instruments which are quite fast and responsive as you know.
Wow, as I’m finishing up with this post, I just read your latest one liner with regards to one of our members! Believe me Mr Kate, you do not want to compare your career to hers nor do you want to go head to head in a science debate as that would just be wasting the lady's time.
You obviously already know everything known to mankind or at least your ego believes you do. Gee, I thought your career would be higher up the ladder by now, proving that selling a bag of rocks will only take you so far. (just my personal opinion of course).
Robert Maicks
Star Sound
PS - Regards to you and Mike Green arguing? Must have
consistently
sounded like when brother Moe
repeatedly
hits Curly on the noggin!
