Scientists hope to build Biocomputers using Organoid Intelligence
Artificial intelligence seems to be taking over our lives, but a group of scientists argue that “organoid intelligence” (OI), powered by living human brain cells, could one day outperform any artificial system and work more efficiently. So they want to build a computer out of the same materials that power the human brain.
Despite long-standing attempts, researchers have never been able to match the various achievements made using the human's own biological brain. However, various computer developers are simulating the performance of the human brain. Going to develop a Biocomputer made from a three-dimensional collection of brain cells.
Accordingly, researchers have proposed a new approach, where brain organoids will power the computer. Although they are grown in the lab, they reveal important aspects of brain function and patterns. Many of these cells are used for activities such as learning or memory retention.
Researchers have already trained a brain-based computer that can act as a biological hardware component to play a video game called 'Pong', technology site the Senate and the influential daily Independent reported. Their hope is to deploy it on a relatively large scale so that it can create new capabilities like artificial intelligence.
Professor Thomas Hartung of the Johns Hopkins University in the United States said that they named this new field 'Organoid Intelligence (OI)'. A team of leading scientists has come together to develop this technology, which will usher in a new era of fast, powerful and efficient biocomputing.
The researchers expect such biocomputers to learn faster than silicon-based computers. Even various biological computers will become more efficient than before and will be able to store more information. Because, it has about 10 billion neurons connected through more than 1015 connection points.
It is worth noting that, while there are 50,000 cells in an existing brain organoid, scientists need a billion cells to harness organic intelligence. Also, to understand what they are thinking, we need to communicate with them by sending and receiving various information.
So creating a human-like brain with the ability to learn, remember, and even understand could pose several ethical challenges. As a result, scientists have sided with ethics advocates from the beginning in favor of establishing an 'embedded ethics' approach. As the research develops, all policy issues will be continually evaluated by a team of scientists, policymakers and the public, said researcher Hartung.
