Musical Forces in the Serial Music of Igor Stravinsky

<p>In his 2018 book <em>A Theory of Virtual Agency</em>, Robert Hatten briefly describes the potential to analyze atonal music through the lens of musical forces. These musical forces are phenomenological sensations listeners experience, akin to physical forces felt in daily life. Larson (2012) categorizes and explains these forces as gravity, magnetism, and inertia, but his work only applies them to tonal music.</p> <p>Gravity is a universal force that exerts influence over the music on a global level. In a tonal context, this would be the tonic pitch, however in the absence of tonal hierarchy the locus of gravity comes from continuously emphasizing musical elements. Magnetism is no longer unstable pitches resolving to more stable pitches (as there are no stable pitches), but instead is intentional and gestural voice leading implying the motion of resolution. Inertia’s influence remains essentially the same; linear motion and motivic motion are present in both tonal and atonal music.</p> <p>Analysis of three brief serial Stravinsky compositions shows evidence these forces do exist in serial contexts. Gravity is determined by the combination of the duration of a pitch, the pitch’s position in the row (specifically initial and final position), and duplications of that pitch in different voices. Magnetism transforms to a localized influence that ranges from implications of resolutions to pairings of specific pitches. Inertia remains similar. Motivic patterns and linear motion can be precompositionally set in the row, or various combinations of row forms could create sequences.</p>

Name thesis:degree_name

Master of Music (MM)

Level thesis:degree_level

Masters Thesis

Year dc:date.available

2020

Author dc:creator

• Moffett, Adam

Contributors dc:contributor

• Dr. Douglas Rust
• Dr. Edward Hafer
• Dr. Joseph Brumbeloe

• Stravinsky
• musical forces
• music theory
• Double Canon
• Epitaphium
• serial Stravinsky

Repository record dc:identifier

https://aquila.usm.edu/masters_theses/760

OAI identifier oai:identifier

oai:aquila.usm.edu:masters_theses-1811