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Center for BrainHealth Investigates the Impact of Auditory Beat Stimulation on Cognition

A person playing a guitar with a blue brain overlay. Music.

Center for BrainHealth

Certain Frequencies Enhance ComprehensionNew research conducted by the Center for BrainHealth at The University of Texas at Dallas investigates the impact of binaural beat (BB) on language skills. BB is a sound that occurs when two slightly mismatched pure tones are heard. There is a growing interest in using BB as a non-invasive neuromodulation to enhance cognitive performance. The study, Neural consequences of binaural beat stimulation on auditory sentence comprehension: an EEG study, was recently published in Cerebral CortexLed by researchers in the Speech, Language and Music (SLAM) Lab, this EEG study investigated the neural correlates of enhanced sentence comprehension by BB stimulation at beta and gamma frequencies as a follow-up of their seminal behavioral work. The study included 60 participants. Throughout the experiment, electroencephalography (EEG) measures were recorded.  Each participant was randomly assigned to one of three listening groups of differing frequencies (18-Hz beta BB, 40-Hz gamma BB, or pure-tone baseline) embedded in music. Participants first underwent a sentence comprehension practice session, followed by a 10-minute stimulation phase where the frequencies were played.  The stimulation phase was immediately followed by the language comprehension task phase. Results showed that participants exposed to 18-Hz beta binaural beats had significantly higher accuracy and faster response times during the comprehension task, particularly for complex sentences. Moreover, there was increased neural entrainment following the beta frequency, which was thought to reduce the processing burden of the subsequent sentence processing. Lead investigator Dr. Yune Lee, Assistant Professor at the School of Behavioral and Brain Sciences and Director of the Speech, Language, and Music (SLAM) Laboratory stated, “This is the first neuroimaging study that elucidated the effect of BB on language processing at the neural level. Minimal exposure to beta frequency binaural beat resulted in significantly higher accuracy and faster language response times compared to control sounds. Furthermore, these results have implications for the potential use of BB in treating developmental language disorders.”ABOUT CENTER FOR BRAINHEALTHCenter for BrainHealth®, part of The University of Texas at Dallas, is a translational research institute committed to enhancing, preserving, and restoring brain health across the lifespan. Major research areas include the use of functional and structural neuroimaging techniques to better understand the neurobiology supporting cognition and emotion in health and disease. This leading-edge scientific exploration is translated quickly into practical innovations to improve how people think, work and live, empowering people of all ages to unlock their brain potential. Translational innovations build on Strategic Memory Advanced Reasoning Tactics (SMART™), a proprietary methodology developed and tested by BrainHealth researchers and other teams over three decades.

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Yune S. Lee, PhD

Assistant Professor, School of Behavioral and Brain Sciences Director of Speech, Language, and Music (SLAM) Laboratory

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Neural Consequences of Binaural Beat Stimulation on Auditory Sentence Comprehension: An EEG Study

This study explores the effects of binaural beats on language processing and neural oscillations, especially the processing of complex sentences. Findings shed new light on neural mechanisms and cognitive benefits of binaural beats.