Редактирование: Whole brain emulation (раздел)

=== Summary ===

{| border=1 class=wikitable
! colspan=3 | '''Summary'''
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| style="background-color:#C0C0C0;" | Feature || style="background-color:#C0C0C0;" | Likeliehood of necessity for WBE || style="background-color:#C0C0C0;" | Implementation Problems
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| Spinal cord || Likely || Minor. Would require scanning some extra tissue.
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| Synaptic adaptation || Very likely || Minor. Introduces extra state-variables and parameters that need to be set.
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| Currently unknown neurotransmitters and neuromodulators || Very likely || Minor. Similar to known transmitters and modulators.
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| Currently unknown ion channels || Very likely || Minor. Similar to known ion channels.
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| Volume transmission || Somewhat likely || Medium. Requires diffusion models and microscale geometry.
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| Body chemical environment || Somewhat likely || Medium. Requires metabolomic models and data.
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| Neurogenesis and remodelling || Somewhat likely || Medium. Requires cell mechanics and growth models.
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| Glia cells || Possible || Minor. Would require more simulation compartments, but likely running on a lower timescale.
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| Ephaptic effects || Possible || Minor. Would require more simulation compartments, but likely running on a slower timescale.
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| Dynamical state || Very unlikely || Profound. Would preclude most proposed scanning methods.
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| Quantum computation || Very unlikely || Profound. Would preclude currently conceived scanning methods and would require quantum computing.
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| Analog computation || Very unlikely || Profound. Would require analog computer hardware.
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| True randomness || Very unlikely || Medium to profound, depending on whether merely 'true' random noise or 'hidden variables' are needed.
|}