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General Asylum General audio topics that don't fit into specific categories. |
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General Asylum General audio topics that don't fit into specific categories. |
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In Reply to: Here's a writeup I did years ago on a (non-existent) A/B switch posted by rlindsa on May 3, 2012 at 07:51:27:
Plagiarized from a post of mine from Prophead.........
(Italics quoted from an article, my response afterwards.)
In the audio equipment lover circle, it is a universal knowledge that the equipment with the best electroacoustic index does not reach the best actual effect for the sensory organs. Along with the coming forth of the quantum waveguide technolgy, this problem can now be solved. Both the course of the signal transmission and the course of the sound wave conveyance are the course of energy transmittance, also the course of applying work. The quantum waveguide technology is to make the protons of the materials that participate in applying work to produce a resonance. This makes them apply work in the same direction and produces an orderly field. This prevents phase staggering and distortion in the course of energy transmission. And the efficiency of applying work has been enhanced. It is like the traffic of the city. Thanks to the traffic police, the traffic of the whole city is in order and the roads are unobstructed. Thus the working efficiency is improved.
To further expound on this amazing quantum waveguide theory..... If you took the Fourier analysis of the waveguide polynomial series, and assigned a unique photon to each of the signal peaks, the effect can be traced to psychoacoustical properties that help the listener perceive soundstage width, depth, height, and PRAT. This polynomial series is also made up of aural fractals called "nodes", which when sampled properly, yields perfect pitch stability, with no measurable jitter or flutter in playback. This polymer series has unique physical properties as well. For example, it can be mixed with lacquer, to create treatments that could improve acoustics in listening environments and concert halls. Yet in a different fractal compound, the polymer can also be applied to optical disc media to improve laser readability and disc durability. So it's a win-win technology. The waveguide's quantum factorials enable expansion of the polynomials, and its resultant phasors help designers tailor the expansion of these coefficients into its Fourier series, in order to provide the desired frequency response, with near-zero group delay in the time domain. This is how the phase staggering, as mentioned in the article, is prevented. Even when mixed with alcohol or other volatile substances, the molecular integrity of these polymers remains unconditionally stable.
Its aural impact is stunning. Especially with percussion, in which one can be able to perceive the actual pitch of the drumheads, as opposed to merely hearing "drum sounds." It enhances the effects of quantum technologies currently available to the audiophile.
The room and CD treatments, to be first marketed in Ukraine, are targeted for release at the beginning of April of 2008. The commercial product for larger venues, known simply as the Concert Hall Enhanced Acoustic Treatment, should be available before the end of 2007. Stay tuned.
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- This Can Also Be Done with "Technical Writing"........ - Todd Krieger 13:44:10 05/03/12 (0)
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