… presumably at some point after lab-mice, lab-rats, lab-dogs, and lab-chimps have all been able to be revived fully successfully, as far as can be determined?
That’s an explicit assumption of the hypothetical—“The technology will not progress in refinement without practice, and practice requires actually restoring cryogenically frozen human brains.” Suppose that the process requires a lot of recalibration between species, and tends to fail more for brains with more convolutions and synaptic density.
Find terminally ill poor people and offer to make monetary compensation to their families to test revivification techniques on them.
… presumably at some point after lab-mice, lab-rats, lab-dogs, and lab-chimps have all been able to be revived fully successfully, as far as can be determined?
That’s an explicit assumption of the hypothetical—“The technology will not progress in refinement without practice, and practice requires actually restoring cryogenically frozen human brains.” Suppose that the process requires a lot of recalibration between species, and tends to fail more for brains with more convolutions and synaptic density.
Yes, that was assumed.