Science, Technology, & Health

Neurocomputing: Brain Organoid Reservoir Computing Brings Hope to Solving NeuroHIV & Cognitive Disorders

Cerebral organoids using reservoir computing add extra intelligence to solve the previously unsolvable problems of striking neurocognitive disorders.

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Image designed by the author using a photo by Wiki commons. “This flow chart outlines the basic steps to create a cerebral organoid. The process takes a span of months and the size of the organoid is limited to the availability of nutrients.”

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As an emerging field, neurocomputing has been an exciting adventure for me as I study human and artificial intelligence for personal and professional purposes. Recent breakthroughs in developing cerebral organoids (brain organoid reservoir computing) intensified my research.

These tiny structures, recently highlighted in Nature, blend neuroscience and computing. They offer new ways to understand how our brains work and how we can use that knowledge to build more intelligent machines.

Although my focus is on the overall cognitive aspect of using neurocomputing and reservoir computing, in this story, I will specifically highlight neuroHIV as an emerging case, which includes neurological complications associated with HIV…