Basically reanimating a mammal is something that might take 100 years or more to be technically feasible given current cryonic tech and also alternatives such a plastification.
Having extremely advanced techology would change how the world treats cryonics that’s largely irrelevant for the fate of cryonics in the next decades.
demonstration of extracting real memories and personality from a cryopreserved dog/monkey
for example, demonstrating neural correlates of specific memories or learned skills in sliced & scanned electron microscope images/connectomes. Given that MRI scans can already read people’s minds based on blood flow, (extremely crude), it doesn’t actually sound that difficult. I reckon we could already do this with enough investment in scaling the scanning and slicing technology using mice.
Basically reanimating a mammal is something that might take 100 years or more to be technically feasible given current cryonic tech and also alternatives such a plastification.
Having extremely advanced techology would change how the world treats cryonics that’s largely irrelevant for the fate of cryonics in the next decades.
I didn’t say reanimating, I said
for example, demonstrating neural correlates of specific memories or learned skills in sliced & scanned electron microscope images/connectomes. Given that MRI scans can already read people’s minds based on blood flow, (extremely crude), it doesn’t actually sound that difficult. I reckon we could already do this with enough investment in scaling the scanning and slicing technology using mice.