Tubes vs Solid State - Imaging, Soundstaging, 3D

if I hear something that sounds good but does not measure well ( to some reasonable reference standard that it probably should) a little question mark will likely go off in my head asking "why".

Now you know why, the technical specs don't jive with human hearing/perceptual rules, which also answers the question below:

In general, technical standards are a good thing. Not sure why audio should be any different?

I am sure its possible to develop test/measurement techniques that *do* correlate with human hearing rules, but right now the industry has had no will to do so and has not for the last 45 years so don't hold your breath.

"I am sure its possible to develop test/measurement techniques that *do* correlate with human hearing rules, but right now the industry has had no will to do so and has not for the last 45 years so don't hold your breath."

I'm not.

I suppose the standards that are applied do correlate to some extent with human hearing rules. It would be hard to see how products could be sold if not.

But I suppose it can also be proposed there are better standards possible. Few standards are perfect, so I could see where this could be the case.

More a matter of degree, or Shades of Gray, like most things, as I see not, not black and white, right and wrong.

I submit that there isn't any rules for human hearing. It's clear that very few audiophiles can agree on a regular basis when it comes to which piece of gear sounds the best, or even better. It has been shown that people can even develop strong preference in A/B comparison where nothing actually changed. While I won't completely dismiss the idea that there's something to human hearing that's beyond scientific measurement, I don't believe that is any attribute of it that is consistent enough to be distinguished from placebo and personal preference.

Thank you to everyone that has commented on this thread.

Regarding solid state missing low level detail, does that then mean that tube amplifiers offer more subtle details which thereby produce a more complete amplification of the source material? I have been under the impression that tube amplifiers introduce distortion that is pleasant to the ears which is the hallmark of their signature sound. I am fully open to and happy to be wrong on this! I would like to know if tube amplifiers offer more information (more detail), less information (obscured by pleasant distortion), or simply different information (to each his own ie no technology is more accurate).

If solid-state amplification achieves its sharp details through the omission of low-level information, leaving a sharper contrast with the silent background, would this not be a plus for imaging as it allows sounds to be more readily located? Also, is this not an inherent quality of three dimensionality as the purpose of 3D is to stand out in relief to a background?

****would this not be a plus for imaging as it allows sounds to be more readily located? Also, is this not an inherent quality of three dimensionality as the purpose of 3D is to stand out in relief to a background?****

Yes, if one considers that to be a good thing even though it is accomplished at the expense of other things.