Burn In speakercable

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The short auditory memory seems to be a misunderstanding due to the fact that the "echoic memory" exists, that only last for a couple of seconds.

After this first state there were the same short term and long term memory mechanisms working as for our other senses.

Apparently we wouldn´t bother about reproduction quality as we would never remember the former quality, if we only had a short auditory memory. 🙂

Wishes
 
ANNEALING!
I belive when drawing wire, rolling foil etc the standard practice is to anneal the metal over a period of time to remove the stresses and improve its ductility.
I begin to wonder how any electrical signal manages to fight its way down any cable
or PCB trace, let alone the internet work! IThere no wonder the first signal sent across the Atlantic took 17 hours. but without some pointers to what is being effected its all getting a bit on the Heavyside.
 
I´m aware it could be my imagination, hence the bold and my interest in this test.
That'd be my contention.
For lack of a better description, Teflon sounds initially "greasy" and PVC sounds "smoky".
What does 'greasy' and 'smoky' sound like?
I reckon I wouldn´t detect any difference between the burned-in cable and the other.
You will always hear what you want to hear. If you believe there's a difference, you will likely hear it. Objective testing however will show that in fact, there is no difference in audibility.
ANNEALING!
I think I was poking fun about this very thing @ John Curl about 12 pages back... Regardless, no one show that they can hear a difference.
 
Eheh all funny replies there.

Well we have been atributing physical properties to certain aspects of sound to better describe them:

CD-player A is "thin-sounding" while CD-player B sounds "thicker";
Loudspeaker X midrange sounds too "dry", but the woofer has some "solid" bass while the tweeter sounds "cristaline", adding some pleasant "textures" blah-blah.

So I say Teflon sounds like grease and PVC sounds like smoke, or fumes! Before the burn-in, not after, eheh. So yeah, I can´t describe it any better, so use your imagination🙂
 
It's obvious to me, Teflon feels greasy and PVC smells burnt when you solder it.

Very good. I´ve thought of that. I made the cables, so I knew how Teflon felt to touch and how PVC stinks. It probably has something to do with how perception works. Apples dont taste as nice to people with a cold.
Maybe there´s also a tactile memory that fades out after a few hours, which would explain the "post-burn-in" (lack-of) effects.
 
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Although we do 'remember' former quality, the 'memory' itself is not always accurate, yet we tend to trust it implicitly.

That is the human nature?! 🙂

But overall, like the most other human abilities, this one can be trained too. Learning to be "aware" and learning to listen, which means to involve as most areas of the brain as possible during categorization and storing brings a better working aural memory.
The state of "awaraness" helps to retrieve a maximum of the information already stored in memory.

But, accurate in the sense of perfect? Wouldn´t be human. 🙂

Wishes
 
maybe he's using this...

sum-ting getting lost in translation boss.


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Home 😱😉
 
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