Brain Prioritizes “Sound Offsets” During Hearing Repair
Researchers have discovered that within just 24 hours of noise-induced hearing damage, the brainstem reorganizes its inhibitory circuits to restore "sound offset" signals, the crit...
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Researchers have discovered that within just 24 hours of noise-induced hearing damage, the brainstem reorganizes its inhibitory circuits to restore "sound offset" signals, the crit...
A new study finds that combined physical and cognitive training improves balance in older adults with Mild Cognitive Impairment, even those with hearing loss. The research highligh...
Researchers have developed a brain-controlled hearing system that uses real-time neural signals to solve the "cocktail party problem." By matching a listener's brain waves to speci...
A new study reveals that the brain "builds" spatial maps through a process of information summation during echolocation. Researchers found that expert echolocators improve their ac...
A new study finds that the auditory cortex in deaf individuals uses selective deactivation to represent visual spatial features.
In a landmark breakthrough that redefines the future of auditory technology, scientists at Columbia University’s Zuckerman Institute have unveiled compelling human evidence demonst...
A hearing system that monitors brain waves could help people with hearing loss communicate in noisy environments.
A deep dive into synaesthesia reveals the neurological theories behind why some people "see" music and "taste" words.
Does mastering a new language or recovering speech after a neurological trauma depend on muscle memory or sensory feedback? A new study reveals that human speech learning is fundam...
A new study presents evidence that hormonal changes, from monthly cycles to menopause, significantly alter how the brain processes sound. By highlighting that men and women follow...
She was sure the researchers were cheating. One of the volunteers in Nima Mesgarani’s lab at Columbia University had electrodes implanted in her brain, two voices playing simultane...
Scientists have developed an artificial hearing system that harnesses the brain's ability to amplify certain sounds while suppressing others. It could lead to better hearing aids.
The audiologist and researcher was hired to help accelerate the company’s clinical research in aural rehabilitation.
Middle ear conditions like perforated eardrums and cholesteatoma double the risk of dementia. However, surgery or hearing aids can significantly reduce this risk.
Industry veteran, audiologist, and accomplished researcher Dr. Brian Taylor joins Neurotone AI to help accelerate clinical research and adoption of aural rehabilitation.
An interview with a prominent researcher addresses common questions and helps untangle the auditory neuroscience underlying misophonia.
The complex vocal duets of Alston’s singing mice are powered by a simple tripling of existing neural connections, rather than a larger brain. This "evolutionary hack" offers a new...
Psychologists study how humans process music. Technology now allows us to listen to music anytime—and this mind-music connection may shape our individual and group identity.
Engineers provide the first direct evidence that seeds "hear" rain, using sound vibrations to dislodge statoliths and accelerate germination.
A Neuroscience-Informed AI Music Scheduling Option Bows
University of Oklahoma research indicates that the brain relies on real-time hearing to guide complex speech motor skills, with implications for speech therapy.
A new study exposes a dynamic link between higher-order forebrain circuits and the activity-dependent regulation of Foxp2, a foundational gene heavily implicated in childhood aprax...
Elon Musk reveals Neuralink's ambitious goal to restore hearing for deaf individuals by directly stimulating the auditory cortex, enhancing their sensory.
A new study identifies a specific serotonin circuit that triggers the auditory system, explaining why SSRIs can worsen tinnitus and offering a new target for treatment.
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