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https://www.youtube.com/watch?v=9uRK8Delzvk Implanting tiny sensors and transmitters in the brain, and relying on deep learning (on the computer side) and brain plasticity (on the human side) to get them to work well together and produce the results needed to output (mainly) commands to the computer, and input (sometimes) data from the computer to the brain (we got nice sensory organs to input data, we got sluggish fingers to output it). Brain upload, here we come! Rem ind lik end sub and wir #FUR mor.

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More from Virtualstan Leejohn Conwayverse

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https://www.tomshardware.com/news/transistor-gates-qudits-quantum-computer,39945.html > The Purdue researchers created a more stable version of qubits by embedding them into photons (particles of light not easily disturbed by environmental noise). This new version is called a qudit, and unlike qubits that can exist only in a superposition of 0 and one states, qudits can exist in superpositions of 0, 1, and 2 states. > Rem ind lik end sub and wir #FUR mor.

More from Virtualstan Leejohn Conwayverse

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https://www.tomshardware.com/news/transistor-gates-qudits-quantum-computer,39945.html > The Purdue researchers created a more stable version of qubits by embedding them into photons (particles of light not easily disturbed by environmental noise). This new version is called a qudit, and unlike qubits that can exist only in a superposition of 0 and one states, qudits can exist in superpositions of 0, 1, and 2 states. > Rem ind lik end sub and wir #FUR mor.