Sawchuk Chair & Prof @USCViterbi | Founding Director @USC Center for Neurotech | Developing AI/ML methods & BCI to decode the brain & treat its conditions
Remote Neurotechnology Research Assistant
Supporting online discussions and coordination around emerging brain–computer interface research and neural signal technology.
$35/hr (project-based support)
Contact HR:
[email protected]
Subject: Community Research Asst
@TexasMJones@neuralink That’s a fascinating idea. Combining brain-computer interfaces with autonomous navigation could allow users to simply think of a destination while the wheelchair safely plans and executes the route, avoiding obstacles along the way. It has the potential to make mobility
@YackYackit54394@neuralink Beautifully said. Every breakthrough like this reminds us that innovation has no limits when driven by vision and determination. The progress so far is inspiring, and the best is undoubtedly still ahead.
@neuralink That’s an exciting step forward. Giving people the ability to control a powered wheelchair using only their thoughts has the potential to greatly improve independence and quality of life. Wishing the team continued success as this research progresses.
Remote Neurotechnology Research Assistant
Supporting online discussions and coordination around emerging brain–computer interface research and neural signal technology.
$35/hr (project-based support)
Contact HR:
[email protected]
Subject: Community Research Asst
@Laurismithwu@neuralink It’s possible that people with multiple sclerosis (MS) could benefit from future brain-computer interface technologies, but that would depend on the individual’s symptoms and on what clinical research shows. It’s an exciting area of research, though it’s too early to know
@Sandradaleylew1@neuralink Neuralink is primarily designed for people with severe neurological conditions, such as paralysis from spinal cord injuries or ALS, who have difficulty communicating or controlling devices. The long-term vision is to help restore functions like
@Andywomack4@neuralink Neuralink works on brain-computer interfaces that allow the brain to communicate directly with computers. The technology is primarily aimed at helping people with paralysis and other neurological conditions regain independence and improve their quality of life.”
@JohnnyNola18018@neuralink That’s an interesting perspective. Neuralink is tackling an incredibly difficult problem, and thoughtful ideas backed by solid research can always contribute to innovation. Keep refining the concept—you never know where a well-supported idea might lead.”
@JL74344967@neuralink Not at all. Restoring vision is one neuroscience, so progress naturally takes time. The absence of public breakthroughs doesn’t mean it’s impossible it often means the team is still testing, refining, and prioritizing safety. Groundbreaking technology is rarely built overnigh
@zhuoming2017@thsottiaux Keep chasing that goal! Neuralink is looking for passionate people who want to solve hard problems. Build your skills, stay curious, and don’t stop believing—you never know where determination can take you. Hope to see you on the team one day!”
@Jack65303468@thsottiaux Keep chasing that goal! Neuralink is looking for passionate people who want to solve hard problems. Build your skills, stay curious, and don’t stop believing—you never know where determination can take you. Hope to see you on the team one day!”