Hello Atmasphere,
Sorry for missing your previous thread information on the cutting lathe and hopefully we stand corrected.
Are you sure the cones were not used as a truer means of leveling and stability requirements or were actually designed for vibration management purposes? It is long recognized that cones positioned into a cup provides a more efficient means for restricting slippage and movement.
We would really appreciate it if you could refer us to any information where Scully quantifies this system was designed as a method of vibration management. This would be the first documentation we have ever come across pre 60’s related to our studies.
Our answer to your previous writing with regards to vibration was ‘specific’ in that you cannot “eliminate” vibration. However your new statement is correct with regards to “getting rid of vibration” by converting the vibration into heat. Conversion through multilayered damping is a well applied methodology but we find those techniques to be a much slower process in comparison to our approach.
Star Sound’s adaptation is to transfer resonance at high-speed via conductive pathways away from the source of vibration keeping everything related to and the signal in constant motion. The earliest research we found on Resonance Energy Transfer was published in the IBM Journal dated 1968 titled - The Resonistor - A Frequency Selective Device Utilizing the Mechanical Resonance of a Silicon Substrate by R. J. Wilfinger, P. H. Bardell and D. S. Chhabra.
Regards to the microscope isolation tables, Bell Engineers improved the techniques of stabilizing electron microscopes during the development of the world’s first transistor production line implemented by Western Electric, Allentown PA in 1951.I know this statement to be accurate as it was a principal project my father participated in. We understand and definitely relate to why isolation tables were developed but have issues with their applications in audio reproduction where sub-harmonic frequencies and chassis micro motion play an extremely small role related to musical instruments and the audible range of human hearing.
The only comparisons in performance we have obtained related to these devices used in audio was provided by Norm Luttbeg who recently published a review on the Rhythm Platform for StereoTimes Magazine and Ddraudt a well experienced audiophile here on AudioGon. I am sure you can contact both of them for their opinions.
We have discovered situations where a science and product developed for minimizing vibration dedicated to other purposes such as microscopes, heavy machinery, underwater or flight research or building foundations related to earthquakes generally does not provide sonic results that one might imagine when applied in conjunction with audio equipment and listening environments.
It has become obvious to us that there is a great deal of information and technology yet to be discovered and understood linking the various sciences of vibration control to a common single understanding especially when it boils down to personal opinions on likes and dislikes when listening to or making music.
Robert Maicks
Star Sound Technologies, LLC
Sorry for missing your previous thread information on the cutting lathe and hopefully we stand corrected.
Are you sure the cones were not used as a truer means of leveling and stability requirements or were actually designed for vibration management purposes? It is long recognized that cones positioned into a cup provides a more efficient means for restricting slippage and movement.
We would really appreciate it if you could refer us to any information where Scully quantifies this system was designed as a method of vibration management. This would be the first documentation we have ever come across pre 60’s related to our studies.
Our answer to your previous writing with regards to vibration was ‘specific’ in that you cannot “eliminate” vibration. However your new statement is correct with regards to “getting rid of vibration” by converting the vibration into heat. Conversion through multilayered damping is a well applied methodology but we find those techniques to be a much slower process in comparison to our approach.
Star Sound’s adaptation is to transfer resonance at high-speed via conductive pathways away from the source of vibration keeping everything related to and the signal in constant motion. The earliest research we found on Resonance Energy Transfer was published in the IBM Journal dated 1968 titled - The Resonistor - A Frequency Selective Device Utilizing the Mechanical Resonance of a Silicon Substrate by R. J. Wilfinger, P. H. Bardell and D. S. Chhabra.
Regards to the microscope isolation tables, Bell Engineers improved the techniques of stabilizing electron microscopes during the development of the world’s first transistor production line implemented by Western Electric, Allentown PA in 1951.I know this statement to be accurate as it was a principal project my father participated in. We understand and definitely relate to why isolation tables were developed but have issues with their applications in audio reproduction where sub-harmonic frequencies and chassis micro motion play an extremely small role related to musical instruments and the audible range of human hearing.
The only comparisons in performance we have obtained related to these devices used in audio was provided by Norm Luttbeg who recently published a review on the Rhythm Platform for StereoTimes Magazine and Ddraudt a well experienced audiophile here on AudioGon. I am sure you can contact both of them for their opinions.
We have discovered situations where a science and product developed for minimizing vibration dedicated to other purposes such as microscopes, heavy machinery, underwater or flight research or building foundations related to earthquakes generally does not provide sonic results that one might imagine when applied in conjunction with audio equipment and listening environments.
It has become obvious to us that there is a great deal of information and technology yet to be discovered and understood linking the various sciences of vibration control to a common single understanding especially when it boils down to personal opinions on likes and dislikes when listening to or making music.
Robert Maicks
Star Sound Technologies, LLC