Research

First empirical study of how users cognitively interact with Tonnetz interfaces — strong music theory needed, geometry biases understanding

Practice-based PhD introducing intermedial interference as a framework for understanding how sound and image combine, integrate, and fuse in electroacoustic audiovisual composition

A unified audio-visual MIDI instrument using Tonnetz geometry, cellular automata, and ESP32 IoT — the foundational AutoTonnetz paper

Proposes a four-modality model of media (material, sensorial, spatiotemporal, semiotic) that bridges intermedial and multimodal studies and provides a systematic framework for comparing any media

Proposes three subcategories of intermediality — medial transposition, media combination, and intermedial references — providing analytical vocabulary for describing cross-media relationships

Foundational text introducing the double logic of remediation — immediacy and hypermediacy — arguing all new media refashion prior media forms