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Neuralink Brings a Saving Light to Neural Care
Sitaram, Shrey Menon, Adithyan Storjohann, Kara Comly, Alex Sigler, Danni Rhoads, Brigham
Sitaram, Shrey
Menon, Adithyan
Storjohann, Kara
Comly, Alex
Sigler, Danni
Rhoads, Brigham
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Journal article
Date
2022-12-20
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Psychology and Neuroscience
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http://dx.doi.org/10.34944/dspace/10101
Abstract
Recent technological development is creating the possibility for individuals with disabilities and neural diseases to hopefully regain some control over their lives. Improvement in Brain Computer Interfaces (BCI’s) might allow the brain and a computer to communicate directly with each other. The most simple of these methods is an EEG (Electroencephalogram), during which electrodes (conductors that measure electrical activity) are placed on the scalp to allow researchers to read brain activity. However, our skulls block many electronic signals and distort the small amount of data that gets through [1]. Scientists can obtain much more detail when they can place these electrodes directly on the brain. This internal placement, although more invasive, opens a world of opportunities to scientists. Since the electrodes can communicate directly with a computer, this allows a blend between man and machine in a way that seems right out of a sci-fi movie. For those with paralysis, this could mean changing the channels on a TV with the mind, sending emails with just a thought, or being able to use a paralyzed part of the body once again. These kinds of changes can revolutionize medical treatment for immediate issues like Parkinson’s disease, neural issues from depression and anxiety, dementia, and paralysis. One company, Neuralink, is at the front line of this technology and is paving the way for its use in the medical field.
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Citation
Sitaram, S., Menon, A., Storjohann, K., Comly, A., Sigler, D., & Rhoads, B. (2022). Neuralink Brings a Saving Light to Neural Care. Grey Matters, 4, 38-41.
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Available at: https://greymattersjournaltu.org/issue-4/neuralink-brings-a-saving-light-to-neural-care
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Grey Matters, Iss. 4, Fall 2022
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