Substrate-Independent Minds (SIM) is the theoretical concept and technology aimed at transferring a conscious mind from a biological brain to a digital or synthetic substrate, effectively decoupling consciousness from its physical embodiment.
SIM addresses the issue of preserving consciousness beyond the limitations of a single physical body or in scenarios where the original organic substrate is no longer viable.
The process involves high-resolution connectome mapping of the biological brain, followed by real-time emulation of neural dynamics. This requires detailed understanding and precise replication of the complex interactions within the brain's neural network.
Current technology is not at a stage for manufacturing SIM systems. The necessary technologies, such as high-resolution brain imaging and real-time neural emulation, are still in their infancy.
The build process involves extensive research to map the connectome of the human brain, followed by developing algorithms capable of emulating these neural dynamics accurately.
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