[Sonnova]

On Thu, 5 Mar 2009 11:17:41 -0800, wrote
(in article ):

On 5 Mar, 07:20, wrote:
On Mar 4, 5:05*pm, wrote:

On 4 Mar, 09:16, " wrote:
Unless the laws of physics have been repealed
recently, bi-wiring and mono-wiring should make
no discernable difference assuming proper
gauge wire and truly secure connections in the very first place.
For real? Based on the laws of physics there
should be no measurable differences? The
output of both will be identical in every measurable
parameter?

He didn't say that, did he?

In effect he did. Unless you feel measurements are somehow
indiscernable. Might want to wipe the mud off the meters if you are
having a problem with this sort of thing.



Which specific laws of physics are you
thinking of and how do they apply here?

Right back at ya, good buddy: which specific
laws of physics are YOU thinking of and how
to they apply here? (hint: think Ohm, think
liner superposition, think Kirchoff, think
Thevenin).

Right back at what good buddy? I didn't make the assertion. It's a
pretty simple question. Do the laws of physics tell us that there will
be no difference in the signal with bi-wiring or not.

YES. The laws of physics tell us that there will be no difference in the
signal. I went into some detail about this in another post.

You seem to
fancy yourself an expert. What is the answer? will there be no
difference on your test bench?

There will not only not be any meaningful difference on the test bench (like
Arny says in another post, given sensitive enough measuring equipment, you
can always measure differences. For instance, If you take a length of wire
and double it to cut two pieces of the same length (say, three feet) will
they both be exactly three feet? Held against a ruler, one might be 2 ft, 11
and 9/16 inches and the other might be 3 ft, and 7/16th of an inch. Will that
difference make any difference? Probably not.) There won't be any audible
differences either. If you hear them, its because you want to hear them. They
don't really exist.