Samsung thinks it has a greater method to develop brain-like chips: borrow current mind constructions. The tech agency has proposed a method that might “copy and paste” a mind’s neuron wiring map to 3D neuromorphic chips. The method would depend on a nanoelectrode array that enters a big volumes of neurons to document each the place the neurons join and the power of these connections. You would copy that knowledge and ‘paste’ it to a 3D community of solid-state reminiscence, whether or not it is off-the-shelf flash storage or cutting-edge reminiscence like resistive RAM.
Every reminiscence unit would have a conductance that displays the power of every neuron connection within the map. The outcome could be an efficient return to “reverse engineering the mind” like scientists initially wished, Samsung mentioned.
The transfer might function a ‘shortcut’ to synthetic intelligence programs that behave like actual brains, together with the pliability to study new ideas and adapt to altering situations. You would possibly even see absolutely autonomous machines with true cognition, in accordance with the researchers.
There is a evident drawback with complexity, nonetheless. As a human mind has roughly 100 billion neurons with a thousand occasions extra synaptic hyperlinks, a really perfect neuromorphic chip would want about 100 trillion reminiscence models. That is clearly a tough problem for any firm, and that does not embody the code wanted to make this digital mind work. Samsung could have opened a door to human-like AI, nevertheless it might take a very long time earlier than anybody reaches that aim.
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