Research

interests

My research specializations are in timbre, technology, and popular music. I have developed a new approach to the analysis of timbre that blends spectrogram analysis with cultural studies and ethnographies. I focused there on 1980s popular music and the Yamaha DX7 synthesizer. Since that article, I've given several invited talks on timbre, pop music, and the teaching of those subjects.

The Sega Genesis uses the YM2612 sound chip, which shares most its technology as the Yamaha DX7. This (plus a lifelong love of video games) led me to an interest in ludomusiology, especially video game soundtracks from games released for the Sega Genesis, and multimedia analysis more generally.

My current projects include a collaboration with a percussionist theorizing and analyzing orchestral percussion excerpts. Since beginning this project, I've grown ever increasingly interested in the peculiarities of (especially non-pitched) percussion, both acoustic and electronic. I am also working on an edited collection about methodologies for studying instruments in popular music, under contract with Palgrave Macmillan.

Featured research

Below are some highlights of my output. A complete list of publications and talks can be found on my CV.

interior and keyboard of a Fender Rhodes
David Adam Kess, CC BY-SA 4.0, via Wikimedia Commons

Analyzing Musical Instruments: Approaches from Popular Music Studies

Book co-edited with Brian F. Wright. Under contract with Palgrave Macmillan.

French promotional flyer for the Yamaha DX7 synthesizer

The Timbre Is the Instrument: The Imagined DX7 and 1980s Nostalgia

Presented at Society for American Music 52nd Annual Conference; 4th International Conference on Timbre.

Many cymbals displayed along a store wall
Pastorius, CC BY-SA 3.0, via Wikimedia Commons

Orchestrating for Tambourine: A Timbral Guide for Conductors, Composers, and Performers

Co-authored with Michael Barranco. Forthcoming.

In Oxford Handbook of Orchestration Studies, ed. Robert Hasegawa.

visual representation of an equalizer
Image by kalhh from Pixabay

EDM as Timbre Learning Lab

Presented at American Musicological Society and Society for Music Theory Joint Annual Meeting.

node graph showing features of the winter topic

The Common Cold: Using Data Science to Define the Winter Topic in Video Game Music

Co-authored with Evan Williams.

In Music Theory Online 29/1, 2023.

The /r/musictheory banner image

/r/musictheory: Making Music Theory on Reddit

Co-authored with Nathaniel Mitchell.

In Oxford Handbook of Public Music Theory, ed. J. Daniel Jenkins.

Jeff Mills performing in 2010
Basic Sounds, CC BY-SA 2.0, via Wikimedia Commons

Timbre, Rhythm, and Texture within Music Theory's White Racial Frame

In Oxford Handbook of Electronic Dance Music, ed. Luis-Manuel Garcia and Robin James.

Open Music Theory v. 2

Co-authored with Mark Gotham, Kyle Gullings, Chelsey Hamm, Bryn Hughes, Brian Jarvis, and John Peterson. New version adds roughly 100 new chapters to OMT version 1.

Britney Spears
Rhys Adams, CC BY 2.0, via Wikimedia Commons

“Oops!... I Did It Again”: The Complement Chorus in Britney Spears, The Backstreet Boys, and *NSYNC

In SMT-V 7/6, 2021.

Spectrogram

The Cultural Significance of Timbre Analysis: A Case Study in 1980s Pop Music, Texture, and Narrative

In Music Theory Online 26/3, 2020.

Fan art of Sonic the Hedgehog
Anneeve, CC BY-NC 3.0, via DeviantArt

Timbre, Genre, and Polystylism in Sonic the Hedgehog 3

In Music and Its Unruly Entanglements, ed. Nick Braae and Kai Arne Hansen.

Yamaha DX7
Finnianhughes101, Public domain, via Wikimedia Commons

“What Makes It Sound ’80s?”: The Yamaha DX7 Electric Piano Sound

In Journal of Popular Music Studies 31/3, 2019.

flowchart of a modular curriculum

Bespoke Music Theory: A Modular Core Curriculum Designed for Audio Engineers, Classical Violinists, and Everyone in Between

In Engaging Students 7, 2019.