The situation in high end audio is similar to exotic cars. Unless your daddy was rich, for most people by the time they're able to afford one of those expensive German or Italian supercars they no longer have the youthful vigor to drive them anywhere near their limits. The modern lifestyle usually means a person's hearing is in decline by the time they reach 30, or even earlier. Driving, headphone listening, airplanes, subways, rock concerts, bars, guns, motorcycles, etc. are all high SPL activities or environments.
I believe speaker designers have known for decades that a little bump in the 4-8kHz range translates into added detail. Also most speakers in a home environment suffer from the floor bounce induce lower midrange/upper bass suckout. Couple that with an uptilt in the lower treble and the speaker's in room balance will be noticeably light. On top of all this is the problem of wide dispersion tweeters giving speakers a flat in room power response which, IMO, is wrong, particularly for acoustic oriented music.
Here's a link to an essay by Robert Greene where he spells out the problems of tonal balance inherent in modern recordings due to instrument design and recording techniques.
I believe speaker designers have known for decades that a little bump in the 4-8kHz range translates into added detail. Also most speakers in a home environment suffer from the floor bounce induce lower midrange/upper bass suckout. Couple that with an uptilt in the lower treble and the speaker's in room balance will be noticeably light. On top of all this is the problem of wide dispersion tweeters giving speakers a flat in room power response which, IMO, is wrong, particularly for acoustic oriented music.
Here's a link to an essay by Robert Greene where he spells out the problems of tonal balance inherent in modern recordings due to instrument design and recording techniques.