MC,I hear the difference on my speakers. Harder to notice it on my headphones which is interesting because they do reveal some things better than the speakers. I think the headphones sound brighter, which masks the difference for me. Both recordings sound great and highly enjoyable on both the speakers and the headphones, so I'd say this level of refinement is beyond my typical threshold of concern. But it is interesting and a good example for comparison. I read Robert Harley's section on audio terms and learned that grain refers to sound in the treble and the midrange, which together runs from about 800 to 10,000 Hz. Robert suggests that room effects often contribute to a grainy impression. Still, he doesn't specify exactly what it is about the sound that creates the graininess, or the excessive lack of texture which would be syrupy. It seems to me that it's primarily a frequency response issue, and perhaps sometimes a distortion issue. That should be very easy to measure if it's coming from the output of a DAC. Maybe not so easy to measure and interpret at the listening position with all the room reflections confusing things.
Jennifer Warnes 'Famous Blue Raincoat" and "The Well" both sounds lucious and liquid on my rig. Know this cuzz I have both serial numbered box sets.
Maybe your system???
Learning to Listen: Neurological Evidence
Neurological evidence indicates we not only learn to listen, but actually tune our inner ear response based on neural feedback from the brain. We literally are able to actively tune our own hearing.
When we listen for a flute for example, this is more than a conscious decision to focus on the flute. This creates neural impulses that actively tune ear cells to better hear the flute.
This whole video is fascinating, but I want to get you hooked right away so check this out:
https://youtu.be/SuSGN8yVrcU?t=1340
“Selectively changing what we’re listening to in response to the content. Literally reaching out to listen for things.”
Here’s another good one. Everyone can hear subtle details about five times as good as predicted by modeling. Some of us however can hear 50 times as good. The difference? Years spent learning to listen closely! https://youtu.be/SuSGN8yVrcU?t=1956
Learning to play music really does help improve your listening.
This video is chock full of neurphysiological evidence that by studying, learning and practice you can develop the listening skills to hear things you literally could not hear before. Our hearing evolved millennia before we invented music. We are only just now beginning to scratch at the potential evolution has bestowed on us.
When we listen for a flute for example, this is more than a conscious decision to focus on the flute. This creates neural impulses that actively tune ear cells to better hear the flute.
This whole video is fascinating, but I want to get you hooked right away so check this out:
https://youtu.be/SuSGN8yVrcU?t=1340
“Selectively changing what we’re listening to in response to the content. Literally reaching out to listen for things.”
Here’s another good one. Everyone can hear subtle details about five times as good as predicted by modeling. Some of us however can hear 50 times as good. The difference? Years spent learning to listen closely! https://youtu.be/SuSGN8yVrcU?t=1956
Learning to play music really does help improve your listening.
This video is chock full of neurphysiological evidence that by studying, learning and practice you can develop the listening skills to hear things you literally could not hear before. Our hearing evolved millennia before we invented music. We are only just now beginning to scratch at the potential evolution has bestowed on us.
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- 102 posts total
- 102 posts total