Neuroimaging Techniques Advance Understanding of Speech and Auditory Perception Neural Mechanisms
New research is exploring the neural mechanisms underlying speech and auditory perception, utilizing advanced neuroimaging techniques such as fMRI and MEG, alongside auditory evoked responses like MLR, P300, and FFR. This ongoing study aims to clarify how different brain regions contribute to the real-time processing of speech and sound. The research also investigates developmental and cross-linguistic perspectives, examining how perception evolves across the lifespan and is shaped by diverse linguistic and acoustic environments. Furthermore, it addresses disorders of speech and auditory perception, focusing on diagnostic imaging, intervention strategies, and rehabilitation programs to restore normative cortical function. Innovations in computational modeling are also being employed to simulate and predict cortical processes involved in speech and sound processing, offering insights into the dynamics of neural networks.
