![]() The hierarchical elements of music composition (pitch, range, dynamics, tempo) are analogous to the hierarchical elements of protein structure. Markus Buehler's MIT lab famously mapped the molecular structure of proteins in spider silk threads onto musical theory to produce the "sound" of silk in hopes of establishing a radical new way to create designer proteins. I thought it would be really cool to turn those visible spectra, those beautiful images, into sound." ![]() "Eventually, I stumbled across the visible spectra of the elements and I was overwhelmed by how beautiful and different they all look. ![]() Smith even featured audio clips of some of the elements, along with "compositions" featuring larger molecules, during a performance of his "The Sound of Molecules" show.Īs an undergraduate, "I a dual degree in music composition and chemistry, so I was always looking for a way to turn my chemistry research into music," Smith said during a media briefing. Smith presented his data sonification project-which essentially transforms the visible spectra of the elements of the periodic table into sound-at a meeting of the American Chemical Society being held this week in Indianapolis, Indiana. Walker Smith, now a graduate student at Indiana University, combined his twin passions of chemistry and music to create what he calls a new audio-visual instrument to communicate the concepts of chemical spectroscopy. We're all familiar with the elements of the periodic table, but have you ever wondered what hydrogen or zinc, for example, might sound like? W. Walker Smith and Alain Barker reader comments 39 with
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