On Thu, 25 Feb 2010 03:49:20 -0800, Walt wrote
(in article <(E-Mail Removed)>):
> Andrew Barss wrote:
>
>>> There is nothing anyone could do, there is no possible test
>>> involving human subjects that will ever be found suitable to the
>>> non-believers.
>>
>> Huh? I don;t believe there is any difference between cables (of the sort
>> under discussion), but a properly done experiment would change my mind.
>> And I'm sure I'm not alone in that.
>
> Well, it would take more than one experiment at this point, but I think
> you're correct that just about everyone on the "our" side would change
> their mind if a series or properly done experiments were to contradict
> the assertion that cables do not make an audible difference.
Absolutely. If you could use the scientific method to prove to me that, for
instance, there is a such thing as "cable sound", it would certainly have me
believing that more research into conductor theory was needed because that
would mean that we don't know everything that needs to be known about the
effects of wire upon a signal passing through it. Since I'm surely not the
only person who feels this way, and since there is no evidence that
government or university-level research into wire properties is being
conducted, I have to assume that any empirical evidence that would lead
researchers to rethink the known properties of wire, simply does not exist.
> That's the main difference between science and non-science - the claim
> is falsifiable. The claim that "There is no audible difference between
> cable A and cable B" is testable, and *could* be shown to be false. The
> fact that many tests have been performed and none have contradicted the
> null hypothesis allows us to say that there is no experimental evidence
> that cables make an audible difference.
If there were, as I alluded to above, there would be ongoing research into
the properties of electrical conductors and connectors by those people most
likely to find the answers: Government labs (such as Sandia,
Lawrence-Livermore, etc.) and universities (MIT, Stanford, etc.). Any
breakthroughs would have been reported in scientific journals and would be
generally available information. The fact is, one can read paper after paper
about conductor theory from the IEEE, the AES, or other sources where such
breakthroughs are apt to alter the way procedures and business are conducted,
and none are forthcoming. AKAIK, basic conductor theory and practice hasn't
changed significantly for more than half a century.
> Of course, this could change with more research, but for now the onus is
> on those who claim that cables make a difference to back up their
> assertion with some evidence; thus far, there is none.
My point is that those who do serious research would have to be convinced
that there is a POINT to additional research. They would have to be satisfied
that such research is warranted. IOW, if it could be proved that audio cables
sound different from one another at such low frequencies as characterize an
audio signal, then what are the implications for conductors at those much
higher frequencies upon which our national security and data infrastructures
rely? The very fact that no problem with properly designed and purposed
conductors has ever been shown in any scientific way is the biggest clue to
this question. If audio is somehow changed by passage through a short length
of coax, would this phenomenon also affect the integrity of other forms of
communication as well? Doesn't the fact that on an electrical basis,
conductors ALWAYS perform as predicted by theory and the mathematics behind
it? Wouldn't someone in other fields than audio have noticed by now that our
knowledge of the behavior of conductors is somehow incomplete? Doesn't the
fact that no government or industrial entity anywhere in the world (other
than audio cable manufacturers, of course, and they don't count) has noticed
raise a whole slew of red flags about this subject?
|