How people perceive timbre
Researchers from Johns Hopkins University recently created a computer model that mirrored how people make judgment calls regarding timbre. In the study, participants listened to two sounds played by different musical instruments and rated how similar the sounds appeared. The computer model recognized similar subtle differences in sounds that human participants did. For example, both acknowledged that the violin and cello appeared to be closer in sound to each other than a violin and flute and wind and percussive instruments were the most different.
“There is much to be learned from how the human brain processes complex information such as musical timbre and translating this knowledge into improved computer systems and hearing technologies,” researcher Moanya Elhilali said in the article, “Music in our ears: The Science of Timbre.”
Connection between timbre, phonemes, and early literacy
In ABC Music & Me, our early literacy and language curriculum, children explore the concepts of timbre whenever they compare the differences between and among sounds. Each week in class, children may participate in active listening, singing, vocal play, and instrument exploration activities to teach them auditory discrimination. That same sound discrimination helps children hear the minute differences between letter sounds or phonemes, which supports early literacy and language development. Plus, researchers agree that music improves phonemic awareness in young children.
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