Small sensors implanted on Bennett's brain communicate with the hundreds of brain cells where speech production occurs. Using her brain waves, the sensors detect words that she wants to say and devices on the top of her head relay those brain waves to the screen to develop the words and phrases.
[Ads /]
This allows Bennett to communicate without forming the words.
MORE: ALS drug gets FDA approval despite uncertainty about effectiveness
Being able to speak again is life-changing for her. Stanford Medicine Professor of Neurosurgery Dr. Jaimie Henderson hopes in the next five to 10 years, systems can be in place to give more people their voice again as well.
"I have hope," Bennett said during one of the trainings.
[Ads /]
"People with communication disorders can sometimes become withdrawn, less socially active, and this could allow people to get back into social situations," Henderson said. "So, it could potentially be transformative."