Biocomputer AI Powered by Human Organoid Brain Cells
Synopsis: Biological computers could surpass electronic computers for specific applications while using a small fraction of the electricity required. Our brains are thought to store more than a million times the capacity of an average home computer (2.5 petabytes), using the equivalent of just a few watts of power. We have shown we can interact with living biological neurons in such a way that compels them to modify their activity, leading to something that resembles intelligence.
Biological computers use biologically derived molecules, such as DNA and/or proteins, to perform digital or accurate computations. A biocomputer consists of a pathway or series of metabolic pathways involving biological materials that are engineered to behave in a particular manner based on the conditions (input) of the system. The resulting path of reactions that takes place constitutes an output, which is based on the engineering design of the biocomputer and can be interpreted as a form of computational analysis. Three different types of biocomputers are biochemical, biomechanical, and bioelectronic.
Organoid Intelligence (OI): The New Frontier in Biocomputing and Intelligence-in-a-dish - Frontiers in Science.
Real AI will need biology: Computers powered by human brain cells - The future of computing includes biology, says an international team of scientists.
The time has come to create a new kind of computer, say researchers from John Hopkins University together with Dr. Brett Kagan, chief scientist at Cortical Labs in Melbourne, who recently led the development of the DishBrain project, in which human cells in a petri dish learned to play Pong.
In an article published today in Frontiers in Science, the team outlines how biological computers could surpass today's electronic computers for certain applications while using a small fraction of the electricity required by today's computers and server farms.
They're starting by making small clusters of 50,000 brain cells grown from stem cells and known as organoids. That's about a third the size of a fruit fly brain. They're aiming for 10 million neurons, about the number of neurons in a tortoise brain. By comparison, the average human brain has more than 80 billion neurons.
The article highlights how the human brain massively outperforms machines for particular tasks. Humans, for example, can learn to distinguish two types of objects (such as a dog and a cat) using just a few samples, while AI algorithms need many thousands. And while AI beat the world champion in Go in 2016, it was trained on data from 160,000 games - the equivalent of playing for five hours daily for over 175 years.
Brains are also more energy efficient. Our brains are thought to be able to store the equivalent of more than a million times the capacity of an average home computer (2.5 petabytes), using the equivalent of just a few watts of power. US data farms, by contrast, use more than 15,000 megawatts a year, much of it generated by dozens of coal-fired power stations.
In the paper, the authors outline their plan for "organoid intelligence", or OI, with the brain organoids grown in cell-culture. Although brain organoids aren't "mini-brains", they share key aspects of brain function and structure. Organoids would need to be dramatically expanded from around 50,000 cells currently.
"For OI, we would need to increase this number to 10 million," says senior author Prof Thomas Hartung of Johns Hopkins University in Baltimore.
Brett and his colleagues at Cortical Labs have already demonstrated that biocomputers based on human brain cells are possible. A recent paper in Neuron showed that a flat culture of brain cells could learn to play the video game Pong.
"We have shown we can interact with living biological neurons in such a way that compels them to modify their activity, leading to something that resembles intelligence," says Kagan of the relatively simple Pong-playing DishBrain. "Working with the team of amazing people assembled by Professor Hartung and colleagues for this Organoid Intelligence collaboration, Cortical Labs is now trying to replicate that work with brain organoids."
"I would say that replicating [Cortical Labs'] experiment with organoids already fulfills the basic definition of OI," says Thomas.
"From here on, it's just a matter of building the community, the tools, and the technologies to realize OI's full potential," he said.
"This new field of biocomputing promises unprecedented advances in computing speed, processing power, data efficiency, and storage capabilities - all with lower energy needs," Brett says. "The fascinating aspect of this collaboration is the open and collaborative spirit in which it was formed. Bringing these different experts together is vital to optimizing optimizes and provides a critical touch point for industry collaboration."
The technology could also enable scientists to study better-personalized brain organoids developed from skin or small blood samples of patients suffering from neural disorders, such as Alzheimer's, and run tests to investigate how genetic factors, medicines, and toxins influence these conditions.
Organoid intelligence: A new biocomputing frontier: https://www.youtube.com/watch?v=Dgihhl2SR20
This peer reviewed article relating to our AI and Disabilities section was selected for publishing by the editors of Disabled World due to its likely interest to our disability community readers. Though the content may have been edited for style, clarity, or length, the article "Biocomputer AI Powered by Human Organoid Brain Cells" was originally written by Cortical Labs, and published by Disabled-World.com on 2023-03-01. Should you require further information or clarification, Cortical Labs can be contacted at corticallabs.com. Disabled World makes no warranties or representations in connection therewith.
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Disabled World is an independent disability community founded in 2004 to provide disability news and information to people with disabilities, seniors, their family and/or carers. See our homepage for informative reviews, exclusive stories and how-tos. You can connect with us on social media such as X.com and our Facebook page.
Disabled World provides general information only. The materials presented are never meant to substitute for qualified professional medical care, nor should they be construed as such. Funding is derived from advertisements or referral programs. Any 3rd party offering or advertising does not constitute an endorsement.