My research aims to understand structure and variability in the sound systems of human language. I am particularly interested in modelling the relationship between brain, body and environment during human speech using the mathematics of dynamical systems. This spans a number of topics, including the relationship between high-dimensional phonetic variation and low-dimensional phonology, the role of neural dynamics in phonological organisation, and the processes behind short-term and long-term sound changes. The majority of my work investigates speech production using electromagnetic articulography, ultrasound tongue imaging, and computational modelling.
I have previously done research on the phonetics of bilingualism, sociophonetic variation, minority languages, and phonetic typology. For more information see my personal website.
I am currently working on the following projects:
- Modelling the dynamics of phonetic variation & phonological change (AHRC fellowship, 2024-25)
- Targets and dynamics in speech (with Patrycja Strycharczuk, AHRC standard grant, 2019-23)
Our Phonetics Laboratory has a wide range of facilities, including 24-channel electromagnetic articulography, 4 ultrasound systems, electropalatography, aerodynamics, nasalance, 3D printers, soundproof booth, etc.
I am interested in supervising students in the following areas: (1) articulatory phonetics / vocal tract imaging / sound change; (2) laboratory phonology / articulatory phonology / task dynamics; (3) computational/mathematical modelling of articulation, sound change, language dynamics, etc; (4) creative approaches to interesting questions in speech research.
I am on a fellowship during 2024/25 and not currently teaching.
