>The question is what's next?
The physics of conventional speakers are inherently flawed, where conventional speakers have non-uniform polar response especially in the cross-over region.
The polar response is too non-uniform to sound natural, especially if you're stuck with walls within a few feet of the speakers where the early reflections with non-uniform spectra are integrated with the direct sound.
The reverberant field is too bass heavy.
You're also likely to have enclosure issues, from resonances and internal reflections coming back out the thin driver.
To get away from the problems you need to get away from conventional speakers. The differences are huge even with modest (a couple hundred a pair) drivers. The differences between speakers that have more uniform polar response are less.
Open baffle dipoles (4.8dB directivity index at low frequencies and first side wall reflections which can be attenuated 10+ dB in a conventional room) like the Linkwitz Orion are one approach.
I've heard the Seas coaxials in a dipole; they were surprisingly natural too.
Wave guides are another; although practical sized ones only provide control at high frequencies. Earl Geddes Nathan/Abbey would be starting points.
The physics of conventional speakers are inherently flawed, where conventional speakers have non-uniform polar response especially in the cross-over region.
The polar response is too non-uniform to sound natural, especially if you're stuck with walls within a few feet of the speakers where the early reflections with non-uniform spectra are integrated with the direct sound.
The reverberant field is too bass heavy.
You're also likely to have enclosure issues, from resonances and internal reflections coming back out the thin driver.
To get away from the problems you need to get away from conventional speakers. The differences are huge even with modest (a couple hundred a pair) drivers. The differences between speakers that have more uniform polar response are less.
Open baffle dipoles (4.8dB directivity index at low frequencies and first side wall reflections which can be attenuated 10+ dB in a conventional room) like the Linkwitz Orion are one approach.
I've heard the Seas coaxials in a dipole; they were surprisingly natural too.
Wave guides are another; although practical sized ones only provide control at high frequencies. Earl Geddes Nathan/Abbey would be starting points.