or five, where did this and up do you think? you think? i think both we are seeinu you think? i think both we are seeing extraordinary - you think? i think both we arei seeing extraordinary advances you think? i think both we are i seeing extraordinary advances in you think? i think both we are - seeing extraordinary advances in al, enabling much better decoding of the human brain, together with the promise that neuralink offers which is the incredibly fine almost here like electrodes which can be put into the brain through a robotic assisted technology. that could enable a much safer ways of gifted it into brands. the hope is for people suffering from paralysis, from people who can no longer communicate with the outside world to have their thoughts decoded into actions and speech stopped i think it s in tremendously promising and it s in tremendously promising and it signals that the fda is confident that a list of the issues it raised previously can be addressed enough so that it s
Researchers in Switzerland have created technology that has enabled a man, who was paralyzed in a bicycle accident over 10 years ago, to regain the ability.
US brain-computer interface developer Paradromics announces progress towards FDA approval for brain implants assisting severely motor-impaired individuals.
In a major breakthrough for BCIs and brain implants, scientists in China have developed a new implant that lets monkeys control a robotic arm using their minds. This is a feature that Elon Musk s Neuralink and other BCI makers have been working on for years.
CruX UCLA hosted the inaugural California Neurotechnology Conference on April 29, featuring professionals and student clubs across the UC system. Dozens of researchers, industry representatives and student group members gathered in Covel Commons for the conference, where they participated in panels and competitions and gave speeches to discuss both neurotechnology’s benefits and ethical concerns in diagnosing and treating neurodegenerative and mental disorders.