Neuralink’s Malfunction!!!

In recent news, Elon Musk’s neural technology company, Neuralink, conducted its first human trial of a brain chip on a 29-year-old man named Noland Arbaugh. However, an unexpected malfunction occurred, prompting the company to rectify the issue and share the experience.

Neuralink Malfunction and Rectification

Neuralink’s brain-computer interface was intended to capture neural signals through available 1,024 electrodes on 64 fibers, thinner than a strand of human hair. However, many of these fibers pull away from the brain tissue while neuralink human trials, causing it to fail. The organization addressed the situation promptly, and within weeks or months, the usage of a system modification resulted in a steady and quick recovery.

Lessons Learnt

The device’s failure raised several worries within the brain-implant community. It reports that the unique design of the Neuralink does not allow for the movement the brain tissue needs. Regular BAIs are soft enough to stay on top of the brain tissue. The functionality of the Neuralink requires additional clarification. Therefore, the question of the malfunction is related to a unique design, but, in general, the company must tweak its product’s features. Nonetheless, this malfunction may impact broader human trials regarding the possibility of getting FDA approval.

Also read: Introduction to Neural Network in Machine Learning

The Future of Brain-Computer Interfaces

Nonetheless, Elon Musk Neuralink continues to push the boundaries of technology, seeking to scale its current research into brain-computer interfaces for more applications. The business aims to improve text entry and cursor control by designing systems to control physical devices, robotic arms, and movement in wheelchairs. The possibilities presented by the company’s technology are limitless and could significantly affect the movement and functionality of persons with paralysis and other motor problems.

Also read: Building a Brain Tumor Classifier Using Deep Learning

Our Say

This week’s Neuralink malfunction is a timely reminder of the many pitfalls of creating a new technology for people. As Neuralink pushes the boundaries of the brain-computer interface, it is important to be aware of the pitfalls that could determine such a future. As more and more researchers and innovators strive to make it better and more effective, we will see significant achievements in this field.

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