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The goal is clear, Neuralink wants to allow patients to control robotic arms with the power of their thoughts using a miniaturized brain implant. The announcement on X marks a turning point in the development of brain-machine interfaces. .
The neurotechnology giant is preparing to test a feature that could transform the lives of paralyzed people. This innovation is in line with the company's early successes with its pioneer patient, Noland Arbaugh.
A brain implant to restore autonomy
Neuralink's device, no bigger than a coin, will be implanted directly into the brains of selected patients. This technological feat is based on years of research and development. The implant picks up neural signals and translates them into commands to control a robotic arm.
This revolutionary approach does not come out of nowhere. In 2015, Caltech researchers had already reached a similar milestone with Erik Sorto, a paraplegic patient. Thanks to their “neural prosthesis,” Sorto was able to perform everyday actions such as shaking hands, playing rock-paper-scissors, and even drinking a beer independently. His moving testimony describes a “out-of-body experience” filled with joy and emotion.
200% Deposit Bonus up to €3,000 180% First Deposit Bonus up to $20,000An ambitious new phase of experimentation
Neuralink is now expanding its horizons by opening its patient registry to the United States and Canada. This geographic expansion reflects the company’s ambition to accelerate the development of its technology. The candidate selection process remains rigorous, with specific criteria not yet publicly disclosed.
The company describes this step as ” A major first step toward restoring not only digital freedom, but also physical freedom.” This ambitious vision reflects Neuralink's long-term goal: to develop practical solutions to improve the autonomy of people with paralysis.
Significant future implications
The potential applications of this technology extend beyond simply controlling a robotic arm. Neuralink envisions a future where brain-machine interfaces could help treat a variety of neurological conditions. This advancement represents a critical step in the evolution of medical assistance technologies.
Despite the controversies surrounding the experiments, Neuralink continues to move forward. The company is now enjoying increased recognition since its early successes with human patients. The development of this technology could mark a turning point in the way we understand disability and rehabilitation.
- Neuralink launches trials to control robotic arms with thought
- The company opens its patient registry in the United States and Canada
- This technology could revolutionize the autonomy of paralyzed people
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