معرفی
Karthik Durvasula, Ph.D., is an Associate Professor in the Department of Linguistics, Languages, and Cultures at Michigan State University, where he conducts experimental research on phonological representations and features. His work bridges theoretical phonology with empirical methodologies to investigate speakers' knowledge of phonological generalizations across diverse languages.
His academic background includes a Ph.D. in Linguistics from the University of Delaware.
Durvasula's research focuses on experimental phonology, employing techniques from psycholinguistics and phonetics to probe questions about phonological feature representation. He investigates syllable structure, neutralization phenomena, and speech perception mechanisms, with cross-linguistic studies spanning Spanish, Russian, Mandarin, and English. His approach integrates acoustic analysis, articulatory coordination measurements, and perceptual experiments to address theoretical questions in phonological representation.
Analysis of his 15 most recent publications (2025-2019) reveals consistent emphasis on experimental phonology, particularly syllable structure in consonant clusters, phonological vs. phonetic neutralization, and perceptual learning mechanisms. His work demonstrates how experimental data can resolve theoretical debates in generative phonology, with recurring methodologies including acoustic measurements, gestural timing analysis, and cross-linguistic perceptual studies.
No scientific awards or honors are documented in the available information.
While specific details about graduate student advising and research grants are not provided, his publication record indicates active mentorship in experimental linguistics. His research program likely involves securing external funding for laboratory-based phonetic studies and cross-linguistic fieldwork.
Though no dedicated laboratory is mentioned, his experimental work suggests collaboration with phonetics and psycholinguistics research groups, potentially involving speech production and perception facilities at Michigan State University.
