the paradox of accurate speakers


if 2 speakers are considered "accurate", but when compared sound "different" from each other, how can they be considered accurate ?

do all so-called accurate speakers sound the same ?

if not, none or only one can be accurate.
mrtennis
Jmcgrogan, what you say is simply wrong, but such a hard held belief for subjective audiophiles like you that, at this point, in this deconstructionist phase of the history of hi-fi, there is nothing anyone can do or say to convince you or yours that without an objective measure the design and construction of any component, including speakers, would be akin to a blind man with a cane walking in downtown traffic.

Accuracy does exist. Wine and cheese have nothing to do with it.
PBB, what's wrong with blind men -- and women let's not forget -- walking with a cane in downtown traffic. . I do it even in New York [chuckles!]? . . . and how does the admittedly quaint imagery relate to speaker design?
Cheese, who said anything about cheese?

Please enlighten me than Pbb. What is accuracy? Are you talking about speaker laboratory measurements? You can measure a wine's viscosity and pH levels, but that tells you nothing about the taste.

I'm from the school that if two 'accurate' (meaning they measure the same) speakers sound different, then we are measuring the wrong thing. I believe the most accurate measuring devices are located on the side of the human head.

You can call perceived accuracy (laboratory measurements) accuracy if you wish, that is your perogative. If the laboratory measurements represented 'real accuracy', than two speakers that measure the same would sound the same, yet this is not the case. So if you objectivist insist that measurements equal accuracy, then I would suggest that you find the right thing to measure, because you haven't yet.

Cheers,
John
If you've ever done recording, you'll notice how each mic sounds different. Even the same mic will differ if you move it around.

Most of us latch onto a area of the frequency spectrum that we value above all others. For me, it's the upper mids, where soprano and trumpets reside. I play trumpet and love female singers. I'll notice an inaccuracy in that range immeditately. OTOH, I've lived for decades without true bass extension. I love good bass, but until recently I didn't care enough to pay for it. Also, many of the speakers that had the bass I liked sacrificed the mids that I value more. (The Vienna Acoustic Beethovan Baby Grands satisfy me totally, in my relatively small listening room).

Anyway, most people, including audiophiles, don't really like "accurate" speakers and will adjust their room to bring into balance the things that they prefer to hear, not to extend the "accurate" sound.

Dave
Pbb, maybe all the empirically verifiable statistics one can gather about any given phenomena still have to be perceived through our individually variable sensory inputs and therein lies the inability of statistical data to accurately describe a given individuals perception of reality. A speaker may measure absolutely flat in a given acoustic environment, but depending on volume level, hearing acuity or loss, and a host of other factors, one might find it deviating from one's ideal of "accuracy." I think John's analogy to food is apt, he's simply saying we all experience things differently. One could do a spectrographic analysis of all the chemical compunds in a given sample of ice cream, but would that tell how it tastes? That's not an entirely appropriate analogy, but you know what I mean. Statistical analysis is a useful tool for design of an item to be used in the service of art, but it's hardly an objective description of that tool's total performance. Jeez, scientists have been trying for decades to unravel the mysteries of the Stadivari and Guarneri violins. All the engineering drawings, wood analysis, varnish spectrographs, and frequency analysis have only left us scratching our heads at why they sound so wonderful