It seems cryo-treating audio gear is not new audio foolery concept after all. It's just that somehow I was lucky enough not to encounter it until now.
If it's not measurable, yet as much as 5% audible, I can't adress it at this point. This goes beyond my understanding of the world we live in. I am still getting one of these mics sooner or later to test terrestrial aspects of these microphones. Just by looking at pictures, I see several issues in the construction.
Marvelous post by CTP Cryogenics on their IG page where they occasionally, between treatment of camshafts, brake discs, do some tubes. Love the marketing plot under the image.
Then, there are HEALTHY people who want their brains frozen, so....
While wasting whole day on this new concept I found that ChatGPT summarized it much better than i ever could.
Cryogenic treatment, often referred to as cryo treatment, involves cooling materials to extremely low temperatures (usually below -300°F or -150°C) to alter their microstructure and potentially improve their properties. Companies like CTP Cryogenics claim that such treatments can enhance the performance of audio equipment by reducing internal stresses, improving conductivity, and enhancing durability.
### Claims and Support
1. **Improved Conductivity:** Proponents argue that cryo treatment can realign the molecular structure of metals, reducing resistivity and improving electrical conductivity. For audio equipment, this theoretically translates to better signal transmission and improved sound quality.
2. **Durability:** Cryogenic treatment is also claimed to enhance the durability of materials by relieving internal stresses and making the structure more uniform.
3. **Sound Quality:** Some audiophiles and manufacturers report subjective improvements in sound quality, including clarity, detail, and overall musicality after cryo treatment.
### Controversy and Criticism
1. **Scientific Evidence:** The scientific community is divided on the effectiveness of cryo treatment for audio equipment. While some studies suggest potential benefits in terms of material properties, there is limited empirical evidence directly linking cryo treatment to significant improvements in audio performance.
2. **Subjectivity:** Improvements in sound quality are often subjective and can be influenced by a placebo effect. Audiophiles' perceptions can be affected by their expectations and biases.
3. **Skepticism:** Many audio engineers and skeptics argue that the claimed benefits of cryo treatment for audio equipment are exaggerated and not supported by rigorous scientific testing. They contend that any improvements are likely marginal and not easily perceptible in typical listening conditions.
### Conclusion
While there is some theoretical basis for cryo treatment potentially improving the properties of audio equipment, the evidence supporting significant audio performance enhancements is limited and often anecdotal. The controversy mainly revolves around the subjective nature of perceived sound improvements and the lack of rigorous scientific validation. If considering CTP Cryogenics, it is advisable to research customer reviews and industry feedback to gauge the company's trustworthiness and the potential value of their services.
If it's not measurable, yet as much as 5% audible, I can't adress it at this point. This goes beyond my understanding of the world we live in. I am still getting one of these mics sooner or later to test terrestrial aspects of these microphones. Just by looking at pictures, I see several issues in the construction.
Marvelous post by CTP Cryogenics on their IG page where they occasionally, between treatment of camshafts, brake discs, do some tubes. Love the marketing plot under the image.
Then, there are HEALTHY people who want their brains frozen, so....
While wasting whole day on this new concept I found that ChatGPT summarized it much better than i ever could.
Cryogenic treatment, often referred to as cryo treatment, involves cooling materials to extremely low temperatures (usually below -300°F or -150°C) to alter their microstructure and potentially improve their properties. Companies like CTP Cryogenics claim that such treatments can enhance the performance of audio equipment by reducing internal stresses, improving conductivity, and enhancing durability.
### Claims and Support
1. **Improved Conductivity:** Proponents argue that cryo treatment can realign the molecular structure of metals, reducing resistivity and improving electrical conductivity. For audio equipment, this theoretically translates to better signal transmission and improved sound quality.
2. **Durability:** Cryogenic treatment is also claimed to enhance the durability of materials by relieving internal stresses and making the structure more uniform.
3. **Sound Quality:** Some audiophiles and manufacturers report subjective improvements in sound quality, including clarity, detail, and overall musicality after cryo treatment.
### Controversy and Criticism
1. **Scientific Evidence:** The scientific community is divided on the effectiveness of cryo treatment for audio equipment. While some studies suggest potential benefits in terms of material properties, there is limited empirical evidence directly linking cryo treatment to significant improvements in audio performance.
2. **Subjectivity:** Improvements in sound quality are often subjective and can be influenced by a placebo effect. Audiophiles' perceptions can be affected by their expectations and biases.
3. **Skepticism:** Many audio engineers and skeptics argue that the claimed benefits of cryo treatment for audio equipment are exaggerated and not supported by rigorous scientific testing. They contend that any improvements are likely marginal and not easily perceptible in typical listening conditions.
### Conclusion
While there is some theoretical basis for cryo treatment potentially improving the properties of audio equipment, the evidence supporting significant audio performance enhancements is limited and often anecdotal. The controversy mainly revolves around the subjective nature of perceived sound improvements and the lack of rigorous scientific validation. If considering CTP Cryogenics, it is advisable to research customer reviews and industry feedback to gauge the company's trustworthiness and the potential value of their services.
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