Neuralink's Brain-Implant Technology for ALS Patients
Dr. Marc Siegel discusses brain-implant technology by Neuralink for ALS patients. Brad Smith, a paralyzed ALS patient, communicates through thought with a brain-computer interface, controlled mouse and AI-generated voice. Neuralink implants in the motor cortex for movement control. Despite risks, the technology offers hope for paralyzed patients.
Key Points
- Brain-implant technology by Neuralink allows ALS patients to communicate and control devices through thoughts
- Brad Smith, a paralyzed ALS patient, is the third recipient of the Neuralink implant, enabling him to communicate and control his computer with his brain
- Neuralink's implant in the motor cortex captures neuron firings to decode intended movements in real time
Pros
- Provides communication and movement abilities for paralyzed individuals
- Utilizes AI technology to decode brain signals for real-time control
Cons
- Risks of surgical infection, bleeding, and brain tissue damage