While camping and lying on the ground, I always noticed the superb spatial resolution I heard. I imagined that this it the way Mother Earth designed our hearing/ head system, so that we could hear the direction things were coming while making camp. I guess, listening to music in concert halls has not been a design criteria for our hearing system.
Having installed my second stereosystemen in my bedroom, I noticed how superbly it sounds listening to it lying in bed. Great spatial resolution, good bass too, probably from the proximity to the floor.
Makes me wonder if we should not re-design our listening rooms, so we listen to music lying in front of the speakers. The spatial separation of an elongated front end versus a round one is substantial. I am not sure how this translates into 5.1 system.
I am not sure if the frequency response of the ear being hit with sound from “the bottom” is different too. The HTF papers that I know do not cover that. I guess DRC algorithms need to be modified too; the topic “room curve” should receive a new chapter.
Have others noticed that too...?
Having installed my second stereosystemen in my bedroom, I noticed how superbly it sounds listening to it lying in bed. Great spatial resolution, good bass too, probably from the proximity to the floor.
Makes me wonder if we should not re-design our listening rooms, so we listen to music lying in front of the speakers. The spatial separation of an elongated front end versus a round one is substantial. I am not sure how this translates into 5.1 system.
I am not sure if the frequency response of the ear being hit with sound from “the bottom” is different too. The HTF papers that I know do not cover that. I guess DRC algorithms need to be modified too; the topic “room curve” should receive a new chapter.
Have others noticed that too...?
it's already not easy to get a very good result in the tweeter axis ...then, maybe the atmos system is made for you.
