Chemically Altered Audio


Is there any interest in a discussion about home-made formulae that can significantly enhance audio quality? After reading some recent threads here, it appears that one company which had been involved in this aspect of audio is no longer in business, and has no immediate plans to reopen. I would not be making this offer if that company was still operating. My recent experiments in this area are extensive, and most of it is unique. The experiments are not influenced by the products of any other company. I would like to share the results, if it's not too controversial, and if such a discussion would not cause difficulties for anyone actively involved in the business. I certainly don't want to hurt anyone by revealing and discussing what I know. On the contrary, I would like to help open minded readers get started on some very cost effective, radical home-made solutions. I can describe in detail the steps necessary to create some home-made formulae which have proved to be very successful in my own system. I'll await reaction before I continue.
whostolethebatmobile
The OP reminds me (a lot) of Dr. Audio, for those who recall that episode in A’Gon’s history.


I hope the episode didn’t end badly.
>>>I find it rather difficult to ascribe cause to effect. Don’t you?

It may be a stretch to presume, but it's all I've got really.
‘Here's a link to a Chinese company selling graphene/mica for antistatic coatings
https://www.alibaba.com/product-detail/manufacturer-graphene-conductive-mica-powder-for_60854960887....
The company is in Hebei, at the center of the Coronavirus outbreak, if I am not very much mistaken?
Isn’t graphene only 1 molecule thick? How would anyone REALLY know graphene is in the mix? You can’t see it. Can’t weigh it. Can’t smell it. I might be holding a piece of it in my hand right now, and not know it! 

38 years ago I treated my Records with Sound Guard. That stuff works! Those records still resist static and lint, and are very noticeably low in friction when using a carbon fiber brush. I’ve vleaned them, with no reduction in effect at all.
Graphene seems to be able to operate as a superconductor even when it is clumped and layers overlap. Seemingly it doesn’t have to be one molecule thick to have the desired effect. I have 3 types of graphene on hand for my experiments. The very expensive 1 molecule "single layer" graphene works only slightly better than the other 2. The other two are Arc Discharge versions, and nanoplatelets, and they are very cheap by comparison. I can hardly tell the difference in the strength of the effects between the 3 varieties. If anything, the nanoplatelets are the best overall, because they are much easier to handle. The single layer graphene is so light, it practically floats out of the bottle when you take the lid off. Way too hard to deal with!

You can definitely see it and weigh it. I do not recommend trying to smell it.