![]() ![]() The crux of the paper, published in Frontiers in Science is a term called ‘organoid intelligence’ – this is the new field that will study small groups of human neurons that can learn, remember, and even understand its environment. They also suggest it could rival supercomputers or AI.īut with this, come questions about ethics, as well as how we define intelligence and consciousness and whether ‘learning’ and ‘computing’ are really that different. The Australian company behind ‘Dishbrain’ (which learnt to play Pong last year) is collaborating with scientists at Johns Hopkins University in the US, whose research paper has outlined how these ‘biocomputers’ could allow us to understand memory, learning and other integral parts of human understanding. ![]() “We are the explorers who have stumbled into a completely new field.” We can show that this is learning, this is memorising, this is making decisions, it is possibly even at some point, ‘sentient’ in the sense that it can sense its environment,” Professor Thomas Hartung, a Johns Hopkins ‘organoids’ researcher, told Cosmos. depending on the ions that can pass through the channel and their concentrations inside and outside the cell. Glycine is the main inhibitory neurotransmitter in the spinal cord. GABA is the main inhibitory neurotransmitter in the adult vertebrate brain. “We can use a culture of the human brain to show something which is not just living cells. Did you know there are billions of neuronsand trillions of synapsesin your amazing. Researchers have created a roadmap for how to build tiny biocomputers out of human neurons or brain cells. ![]()
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