Biocomputing: Living Organoids for AI
This is a Mycelia news story, published by Live Science, that relates primarily to Adamatzky news.
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Biocomputing pioneersLive Science
•These 'living computers' are made from human neurons — and you can rent one for $500 a month
79% Informative
Biocomputing uses synthetic biology, such as miniature clusters of lab-grown cells called organoids, to create computer architecture.
Swiss company FinalSpark 's " Neuroplatform " is powered by human-brain organoids.
Neuroplatform uses a series of processing units hosting four spherical brain organoids each.
If perfected, this training could eventually allow organoids to mimic silicon-based AI .
Mycelia , or networks of fungal strands, exhibit spiking electrical potentials similar to those found in neurons.
Adamatzky hopes to take advantage of these electrical properties to create a brainlike fungal computing system.
"Fungal computing offers several advantages over brain-organoid-based computing," he says.
An ongoing bioethical debate concerns whether mini brains could gain consciousness.
VR Score
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Informative language
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Article tone
semi-formal
Language
English
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long-living
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