MUSIC
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Boston native Tom Schultz - Musician and Engineer
Music Made Visible. Music, in the absolute sense, is the invisible geometry of the cosmos, a delicate tracery of frequencies that harmonize with each other and from which all matter manifests.
MUSIC
Wolfgang Amadeus Mozart, in full Joannes Chrysostomus Wolfgangus Theophilus Mozart
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Make Your Own Music
Amazing Music Lectures
From Russia With Love - Play the ThereminThis Day in Jazz History
Poetry and Music
of the War Between the States
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Music and math: The genius of Beethoven
Username: saugus, Password: patriot
Museum of Fine Arts Music - View musical instruments from around the world, ranging from ancient times to the late twentieth century. The Museum is home to over 1,100 instruments, including many European and American examples, as well as numerous pieces from Asia, the Middle East, Africa, and the Americas. Museum visitors can enjoy and learn about the instrument collection not only through exhibitions, but also by way of talks, live demonstrations, concerts, publications, and recorded audio samples.
PROFILES IN SCIENCE
Triangulating Math, Mozart and ‘Moby-Dick’
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Mathematics & Music "There is geometry in the humming of the strings, there is music in the spacing of the spheres." — Pythagoras -
See more at: http://www.ams.org/samplings/math-and-music#sthash.MY8MWmjo.dpuf
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Russian Orthodox Icons - What about Russian Orthodox Chant
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Eastern Roman, or Byzantine, Notation is more than a thousand years older than, and is the source of, Western European music notation. The ancient Byzantine Notation is still in use today. You can see an example of it in the photograph above and in the video above that, running along the bottom of the image.
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Titles Available in the Learning Commons..
92 STR
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92 SHO
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92 MON
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Unless you’re an audio engineer, you’ll have little reason to know what the term “convolution reverb” means. But it’s a fascinating concept nonetheless. Technicians bring high-end microphones, speakers, and recording equipment to a particularly resonant space—a grain silo, for example, or famous concert hall. They capture what are called “impulse responses,” signals that contain the acoustic characteristics of the location. The technique produces a three dimensional audio imprint—enabling us to recreate what it would sound like to sing, play the piano or guitar, or stage an entire concert in that space. As Adrienne LaFrance writes in The Atlantic, “you can apply [impulse responses] to a recording captured in another space and make it sound as though that recording had taken place in the original building.”
This kind of mapping, writes Allison Meier at Hyperallergic, allows researchers to “build an archive of a building’s sound, with all its nuances, echoes, and ricochets, that could survive even if the building fell.” And that is precisely what researchers have been doing since 2014 in ancient Greek Byzantine churches. The project began when Sharon Gerstel, Professor of Byzantine Art History and Archeology at UCLA, and Chris Kyriakakis, director of the Immersive Audio Laboratory at the University of Southern California, met to discuss their mutual interest in capturing the sound of these spaces.
This kind of mapping, writes Allison Meier at Hyperallergic, allows researchers to “build an archive of a building’s sound, with all its nuances, echoes, and ricochets, that could survive even if the building fell.” And that is precisely what researchers have been doing since 2014 in ancient Greek Byzantine churches. The project began when Sharon Gerstel, Professor of Byzantine Art History and Archeology at UCLA, and Chris Kyriakakis, director of the Immersive Audio Laboratory at the University of Southern California, met to discuss their mutual interest in capturing the sound of these spaces.
(Hear them both explain the genesis of the project in the CBC interview above.) The two researchers traveled to Thessaloniki, coincidentally, Kyriakakis’ hometown, and began, as Gerstel puts it, to “measure the churches.” LaFrance’s Atlantic article gives us a detailed description of the measurement process, which involves playing and recording a tone that sweeps through the audible frequency spectrum. You’ll hear it in the video at the top of the post as a “chirp”—bouncing off the various architectural surfaces as the voices of singers would have hundreds of years ago.