Artificial Intelligence (AI) helps restore a British woman's voice after a quarter-century silence.
In a remarkable development, British artist Sarah Ezekiel, aged 59, has regained her natural voice thanks to a groundbreaking AI technology developed by ElevenLabs, a New York-based company.
Ezekiel, who was diagnosed with motor neurone disease, had lost her ability to speak. However, with the help of an eight-second clip from an old home video, ElevenLabs' AI technology was able to restore her voice.
The AI-generated voices are said to be more natural and expressive than those produced by traditional voice-preservation methods. This new approach could potentially revolutionize voice-preservation methods for patients with motor neurone disease, helping them preserve their sense of identity.
Upon hearing her restored voice, Ezekiel shared it with a friend who remembered her original voice, and she almost cried with emotion. Her children, Aviva and Eric, were also able to hear their mother's voice for the first time in a long while.
The AI technology used for voice restoration has the capability to produce more natural and expressive voices compared to traditional methods. This could be particularly beneficial for patients with motor neurone disease in preserving their sense of identity.
Before the widespread use of smartphones, obtaining long, high-quality recordings for voice preservation was uncommon. However, with the advent of smartphones, these recordings have become more accessible, making voice preservation more feasible for patients like Ezekiel.
Despite the significant implications of this technology, the search results do not provide information about the company involved in improving the voice of British artist Sarah Ezekiel through artificial intelligence. Nonetheless, it is clear that this development marks a significant step forward in voice-preservation technology for patients with motor neurone disease.
The restored voice closely resembles Ezekiel's original London accent and slight lisp, providing a sense of familiarity and comfort to those who hear it. This technology offers hope for those suffering from motor neurone disease, allowing them to preserve their sense of identity and continue to communicate with their loved ones in their own unique voices.
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