The cortical representation of speech and auditory perception: current developments, Vol II

The interaction between speech and auditory perception and the brain’s cortical activity remains an important area of study in neuroscience. Speech and auditory perception, essential components of human communication and environmental awareness, involve the processing of sounds, neural activities, and interpretation. Understanding how the brain deciphers and makes sense of speech and auditory stimuli is crucial for cognitive neuroscience and has practical applications in treating speech and hearing disorders and improving speech recognition technology.Following the success of the first volume, this Research Topic continues to explore the latest advancements in understanding the cortical representation of speech and auditory perception. Our goal is to advance the understanding of the neural basis of how humans perceive and process speech and sound, highlighting novel methodologies, theoretical models, and practical applications. We invite research that examines these neural correlates from diverse perspectives, including auditory neuroscience, cognitive psychology, and computational modeling.Topics to Cover:-Neural Mechanisms: Investigations into the neural mechanisms that facilitate speech and auditory perception are central to this topic. We encourage studies employing neuroimaging techniques, such as fMRI and MEG, auditory evoked responses, such as MLR, P300 and FFR to elucidate how different areas of the brain contribute to the real-time processing of speech and sound.-Developmental and Cross-Linguistic Perspectives: Speech and auditory perception are not static; they evolve from infancy through adulthood and vary across languages and cultures. We welcome research on how speech and auditory perception develop across the lifespan and how different linguistic and acoustic environments shape cortical processing. Cross-linguistic studies comparing neural adaptations to diverse phonetic and phonological systems are of particular interest.-Disorders of Speech and Auditory Perception: Clinical perspectives are crucial for translating basic research into therapeutic interventions. We welcome studies on disorders affecting speech and auditory perception, such as auditory processing disorders. Contributions may focus on diagnostic imaging, intervention strategies, and rehabilitation programs that aim to restore normative cortical function.-Innovations in Computational Modeling: Advances in computational models provide powerful tools to simulate and predict cortical processes underlying speech and auditory perception. We welcome papers that present novel models or refine existing ones, offering insights into the dynamics of neural networks during speech and sound processing. Topic editors: Daniela Gil, HELEN GRECH Source: https://www.frontiersin.org/research-topics/85063/the-cortical-representation-of-speech-and-auditory-perception-current-developments-vol-ii