I dont really know anything about the cyrogenically process or if it works for audio applications but as far as I am concerned empirical evidence is a part of the scientific method. This includes experiments such as double blind tests, ALthough everyone has the right to feel that someones experiment was improperly done but to say that dbt's are difficult I really dont think so in the big scheme of things. Of course many EE's think that all is known and in a few years of college everything is passed to them but in reality this is not the case. If someone is not even willing to listen to a cryod cd because listening is not technical enough maybe this shows a major problem with the way students are taught at colleges. I am just trying to say that most innovations happen by accident and the thoery as to why it works are figured out later, like superconductivity which from my understanding was happened upon
"Superconductivity was first noticed when liquid mercury was cooled to liquid Helium temperatures (4.2K) while its resistivity was being plotted. While approaching that temperature, the resistance was coming down linearly, when all of a sudden it dropped to zero Ohms! Dutch physicist Heike Kamerlingh Onnes was performing this experiment in 1911. "
I am sure since then thousands if not millions of hours have been spent trying to figure out exactly how it works using other theories to premote new theories but after almost a hundred years cryogenis is still in its infant stage, as far as I am concerned.
But comparing a change in sound between cryo ing audio stuff and superconducting is a reach, why does any one think that superconductivity is the reason this sounds like a spurious relationship, come on the copper in a cable is not superconductive at room temp. but maybe something has changed. THe human ear is an amazing piece of equipment on I dont think we have the ability to recreate, yet some brush off any thing pretaining to hearing as not too technical?
The following is an exert from ludwig: "The human ear is a truly remarkable instrument. At one point in my life I designed Electronic Counter Measures (ECM) systems for the U. S. military. The primary function of an ECM system is to detect an enemy before he (it's rarely a she) detects you, for self-defense. It is interesting to compare the characteristics of a good ECM system and human hearing:
Comparison of characteristics
Characteristic
Good ECM system
Human hearing
Directional coverage
ECM All directions
Human hearing All directions
Source location accuracy
ECM Within 1-5 degrees
Human hearing About 5-degrees
Ratio of highest to lowest frequency (bigger the better)
ECM 20 : 1
Human hearing 1000 : 1
Ratio of strongest signal to weakest (the bigger the better)
ECM Million : one
Human hearing 32 trillion : one
Human hearing is a superior defensive system in every respect except source location accuracy. Note: Jourdain (page 23) states that human accuracy is 1-2 degrees in azimuth.
In contrast, a military system designed for communications (rather than detection) would typically have a much smaller ratio of highest-to-lowest frequency, no source location capability, and often a narrow directional coverage. For human communication a frequency ratio of 10:1 and a ratio of strongest to weakest signal of 10,000:1 would suffice. The far larger actual ratios strongly imply a purpose other than communication.
This doesnt prove anything except if people are hearing a difference maybe it is worthwhile to take a listen your self and if you hear a differnce maybe after wrapping your head around it you could try to wrap some of the knowledge you have around it . Try to figure out the mystery. What would have happened if everyone beside Dutch physicist Heike Kamerlingh Onnes said something to the effect of "Zero resistance everyone one knows that is immposible there must be something wrong with his instruments and methods, not worth even looking into" Pretty ridicules huh?
"Superconductivity was first noticed when liquid mercury was cooled to liquid Helium temperatures (4.2K) while its resistivity was being plotted. While approaching that temperature, the resistance was coming down linearly, when all of a sudden it dropped to zero Ohms! Dutch physicist Heike Kamerlingh Onnes was performing this experiment in 1911. "
I am sure since then thousands if not millions of hours have been spent trying to figure out exactly how it works using other theories to premote new theories but after almost a hundred years cryogenis is still in its infant stage, as far as I am concerned.
But comparing a change in sound between cryo ing audio stuff and superconducting is a reach, why does any one think that superconductivity is the reason this sounds like a spurious relationship, come on the copper in a cable is not superconductive at room temp. but maybe something has changed. THe human ear is an amazing piece of equipment on I dont think we have the ability to recreate, yet some brush off any thing pretaining to hearing as not too technical?
The following is an exert from ludwig: "The human ear is a truly remarkable instrument. At one point in my life I designed Electronic Counter Measures (ECM) systems for the U. S. military. The primary function of an ECM system is to detect an enemy before he (it's rarely a she) detects you, for self-defense. It is interesting to compare the characteristics of a good ECM system and human hearing:
Comparison of characteristics
Characteristic
Good ECM system
Human hearing
Directional coverage
ECM All directions
Human hearing All directions
Source location accuracy
ECM Within 1-5 degrees
Human hearing About 5-degrees
Ratio of highest to lowest frequency (bigger the better)
ECM 20 : 1
Human hearing 1000 : 1
Ratio of strongest signal to weakest (the bigger the better)
ECM Million : one
Human hearing 32 trillion : one
Human hearing is a superior defensive system in every respect except source location accuracy. Note: Jourdain (page 23) states that human accuracy is 1-2 degrees in azimuth.
In contrast, a military system designed for communications (rather than detection) would typically have a much smaller ratio of highest-to-lowest frequency, no source location capability, and often a narrow directional coverage. For human communication a frequency ratio of 10:1 and a ratio of strongest to weakest signal of 10,000:1 would suffice. The far larger actual ratios strongly imply a purpose other than communication.
This doesnt prove anything except if people are hearing a difference maybe it is worthwhile to take a listen your self and if you hear a differnce maybe after wrapping your head around it you could try to wrap some of the knowledge you have around it . Try to figure out the mystery. What would have happened if everyone beside Dutch physicist Heike Kamerlingh Onnes said something to the effect of "Zero resistance everyone one knows that is immposible there must be something wrong with his instruments and methods, not worth even looking into" Pretty ridicules huh?