The Future of Hifi is just being Discovered
I found this to be very interesting to learn that electrons move like water. Also even more interesting to learn Cryo really is on the cutting edge and it's implications for the future are just being learned. Fascinating stuff
Aerospace industry, military aviation are two examples using this technology on critical parts for enhanced wear resistance. Landing gears, turbines, engine parts, cabin parts, communication systems, guidance, cabling, etc. What about F1 cars. On the other hand in audio i cannot think of a better example of many Japanese, and not only, manufacturers in cabling and accesories following cryo treatment on their products. Marketing, i do not think so.
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J-wall, I imagine very few- if any, readers see my use of the term audiophool as just poking fun at EVERYTHING/EVERYONE(including myself) who participates in this often ridiculous hobby. Other than setting gear up with safety in mind, it's a free for all regarding many things "hi end audio." I just can't take it THAT seriously. I get there are others who might approach this obsession differently. Put cryo in the try for yourself and decide category. You have a solid setup. No wallet draining peripherals required. Just room/speaker optimization and good LP's to play.
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@tablejockey I gotcha, no hard feelings. I'm just here to learn and to push back when something doesnt quite make sense to me. But I'm also here to learn and listen from those with experience and are open to the dialogue. The purpose of this post was wholly and entirely to spark dialogue about how electrons can actually flow like water and the effects of very cold temperatures on them. I'm not an expert, just interested in learning There's a lot of dialogue from want to be experts , but the claims by science people smarter than me seem to conclude differently. |
@petg60 I just was reading about Telefunken cryo'ing their tubes. Interesting stuff on how it smoothes the grains. I even read a few things about how cryo'ing saw blades help them to remain sharper longer and are not dulled as quick when the blades do get warm from friction on a cutting surface. Cool. |
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