Yulia Oganian

The paper shows that perceptual timing precision is determined by spectro-temporal continuity across sounds rather than individual sound acoustics, with musical aptitude enhancing this ability.

The paper investigates how semantic ambiguity affects next-word prediction in humans, showing that processing costs are linked to word meaning rather than co-occurrence statistics, especially under ambiguity.

This study investigates how the brain processes linguistic stress and metrical regularity in speech using EEG, showing differential neural responses to stressed and unstressed syllables and their interaction with meter.

This study examines preparatory attention during spoken language comprehension by measuring alpha neural activity and finds that trial-by-trial alpha fluctuations predict memory encoding for focused words.

The paper shows that neural activity in auditory cortex encodes temporal context in speech through low-dimensional latent states, with timing cues capturing more variance than phonetic features.

This study links neuroanatomical features of the left STG to auditory processing abilities and behavioral outcomes in children with and without developmental dyslexia.

This study investigates whether neural phase locking to speech amplitude envelopes reflects oscillatory entrainment or evoked responses to acoustic edges, finding support for the latter.

The paper investigates how human auditory speech cortex processes vowel formants, finding localized formant tuning and population-level vowel category decoding.

The paper maps how acoustic and phonological speech features are encoded across human auditory cortex using direct neural recordings.

This study identifies how the human superior temporal gyrus encodes speech syllable boundaries through acoustic onset edges, revealing their role in syllabic rhythm perception.