Using recent advances in AI-based modeling, researchers from UC Berkeley and UC San Francisco developed a neuroprosthesis that synthesizes brain signals into audible speech in near-real time. The ...

Sensorineural hearing loss (SNHL) results from damage to inner ear structures or the auditory nerve. It is often caused due to loud noises, genetic factors, or aging. In the inner ear, the cochlea ...

or deafness, depending on the intensity of the diagnosis, occurs as a result of damage to one's inner ear structures or auditory nerve. The report elaborates how the cochlea carries tiny hairs ...

SNHL happens when there’s damage to inner ear structures or in the nerve pathways to the brain. This type of hearing loss is usually permanent. SNHL makes even distinct, normal, or loud sounds ...

The primary hearing cells are the hair cells, which convert sound waves into electrical signals, and the cochlear neurons, which transfer this information to the brain via the auditory nerve. When ...

Recent studies have gone even further, suggesting a potential link between hearing loss and dementia. [7–9] Although more research is needed, the link between hearing ability and neural health ...

But in mice with genetic hearing loss, cochlear function increased, indicating that the brain was enhancing the cochlea’s sensitivity as a response to long-term hearing loss. A leading theory ...

Google was interested in the company’s research on deep neural networks, which will assist the company in improving its speech and image recognition software. Professor Hinton will now split his ...