A little quote from the article.
"Sound is very simple; if you think about your ears, they're just a flap of skin that moves backwards and forwards at different speeds to give us different frequencies. It's a compression and expansion of particles, it's that simple – so why are speakers not producing accurate sound? That was the challenge."
and
"If you're producing linear tracks and frequencies, most tracks are generally flat and, of course, they have peaks where the transients come in. But if you're producing sound in a uniform, linear way and you shut a door then you can hear all the sound drop out because you're not hearing the 'thump, thump, thump' of 80hz, which is all distortion and all pressure coming out and travelling through walls. The key is, if you're producing everything evenly, you should hear it all drop down at the same level – the key is getting it linear."
Here is the full article.
Injecting some Flare into Sound Systems | MEOKO
"Sound is very simple; if you think about your ears, they're just a flap of skin that moves backwards and forwards at different speeds to give us different frequencies. It's a compression and expansion of particles, it's that simple – so why are speakers not producing accurate sound? That was the challenge."
and
"If you're producing linear tracks and frequencies, most tracks are generally flat and, of course, they have peaks where the transients come in. But if you're producing sound in a uniform, linear way and you shut a door then you can hear all the sound drop out because you're not hearing the 'thump, thump, thump' of 80hz, which is all distortion and all pressure coming out and travelling through walls. The key is, if you're producing everything evenly, you should hear it all drop down at the same level – the key is getting it linear."
Here is the full article.
Injecting some Flare into Sound Systems | MEOKO