The Acoustics of Viennese Concert Halls and the Music that Lives There
Music and Physics/Natural Sciences - MUS 2294 and NS 2294
What does physics of sound and fundamentals of music have to do with the music perception? Why do some concert halls feel “thrilling” while others feel flat?
This course introduces the physics of sound, how it is produced, propagates, reflects, and forms standing waves, and connects these ideas to the design of world-class concert halls. In the first part of this course, we will examine the physics of sound from a bottom-up perspective. Beginning with the fundamental wave description, we will introduce measurable physical quantities related to sound and discuss how these quantities connect to auditory perception. In the second half of the course, we will shift our focus to the musical traditions performed in Vienna’s concert halls, exploring their historical development and evolution. This portion of the course adopts a complementary top-down approach, integrating cultural, architectural, and perceptual perspectives to provide a comprehensive understanding of sound in both its physical and artistic dimensions.
No prior physics background required!
***Anticipated travel dates: May 8 to May 18, 2027 (dates are subject to change)***
None
(Remember - no physics required to take this course!)
This course can fulfill either of the following requirements:
General Education: Natural Sciences (if taken as NS 2294)
General Education: Fine Arts (if taken as MUS 2294)
$3,750
Click here for more info about what is covered with this fee
Instructors
Assistant Professor of Music
Assistant Professor of Physics
***To apply, click on the Study Abroad icon at my.transy.edu***