Decoding Time Set by Neuronal Oscillations Locked to the Input Rhythm - A Neglected Cortical Dimension in Models of Speech Perception

Explore how neuronal oscillations synchronized to input rhythm determine decoding time in speech perception through this 87-minute lecture by Oded Ghitza from Boston University's Hearing Research Center and Center for BioDynamics. Examine the often-overlooked cortical dimension in speech perception models and discover how the brain's temporal processing mechanisms align with rhythmic patterns in auditory input. Delve into the neurobiological foundations of speech processing, investigating the relationship between cortical oscillations and the timing of neural decoding processes. Learn about cutting-edge research that bridges neuroscience and speech perception, focusing on how the brain's intrinsic rhythms interact with external auditory stimuli to facilitate language comprehension.