Cryonics revival: различия между версиями

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471 байт убрано ,  19 июля 2022
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''See [[Whole Brain Emulation]]''
''See [[Whole Brain Emulation]]''
[[File:Cryoultramicrotome.jpg|thumb|A cryoultramicrotome used to section tissue at low temperatures.]]
[[File:Spikes real and fake.jpg|thumb|One of these columns is a graph of the activity of a rat's pyramidal neuron under electrical stimulation. The other is an [[Izhikevich model of spiking neurons|Izhikevich simulation]] of the same. This shows that reality and abstract models can have different internal behavior and foundations, but produce the same activity.]]


This approach to cryonics takes the ideas of information-theoretic death and the central tenets of [[Whole Brain Emulation]] (Memory and personality are stored in the brain, consciousness arises from material processes, et cetera) and proposes that [[#Patients|cryonics patients]] may be revived by scanning the connectivity and properties of the cells in their brains (For example, with an [[ATLUM]] or some form of high-resolution tomography); and that an abstract, computer model of these properties will be very similar to the person who was cryopreserved.
This approach to cryonics takes the ideas of information-theoretic death and the central tenets of [[Whole Brain Emulation]] (Memory and personality are stored in the brain, consciousness arises from material processes, et cetera) and proposes that [[#Patients|cryonics patients]] may be revived by scanning the connectivity and properties of the cells in their brains (For example, with an [[ATLUM]] or some form of high-resolution tomography); and that an abstract, computer model of these properties will be very similar to the person who was cryopreserved.
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