No, the reasoning being that by the time you’re decrepit enough to be in need of an organ, you have relatively little to gain from it (perhaps 15 years of medium-low quality life), and the probability of needing an organ is low ( < 1%), whereas Cryo promises a much larger gain (thousands? of years of life) and a much larger probability of success (perhaps 10%).
The 15 year gain may be enough to get you over the tipping point where medicine can cure all your ails, which is to say, 15 years might buy you 1000 years.
I think you are being pretty optimistic if you think the probability of success of cryonics is 10%. Obviously, no one has any data to go on for this, so we can only guess. However, there is a lot of strikes against cryonics, especially so if only your head gets frozen. In the future will they be able to recreate a whole body from head only? In the future will your cryogenic company still be in business? If they go out of business does your frozen head have any rights? If technology is designed to restore you, will it be used? Will the government allow it to be used? Will you be one of the first guinea pigs to be tested, and be one of the inevitable failures? Will anyone want an old fuddy duddy from the far past to come back to life? In the interim has there been an accident, war, malicious action by eco terrorists, that unfroze your head? And so forth.
It seems to me that preserving actual life as long as possible is the best bet.
In those 15 years, indefinite life extension may be invented, so the calculation is less obvious than that. I haven’t done any explicit calculations, but if the mid-21st century is a plausible time for such inventions, then the chances of indefinite life extension through cryonics, though non-negligible, shouldn’t be of a different order of magnitude than the chances of indefinite life extension through e.g. quitting smoking or being female.
No, the reasoning being that by the time you’re decrepit enough to be in need of an organ, you have relatively little to gain from it (perhaps 15 years of medium-low quality life), and the probability of needing an organ is low ( < 1%), whereas Cryo promises a much larger gain (thousands? of years of life) and a much larger probability of success (perhaps 10%).
The 15 year gain may be enough to get you over the tipping point where medicine can cure all your ails, which is to say, 15 years might buy you 1000 years.
I think you are being pretty optimistic if you think the probability of success of cryonics is 10%. Obviously, no one has any data to go on for this, so we can only guess. However, there is a lot of strikes against cryonics, especially so if only your head gets frozen. In the future will they be able to recreate a whole body from head only? In the future will your cryogenic company still be in business? If they go out of business does your frozen head have any rights? If technology is designed to restore you, will it be used? Will the government allow it to be used? Will you be one of the first guinea pigs to be tested, and be one of the inevitable failures? Will anyone want an old fuddy duddy from the far past to come back to life? In the interim has there been an accident, war, malicious action by eco terrorists, that unfroze your head? And so forth.
It seems to me that preserving actual life as long as possible is the best bet.
In those 15 years, indefinite life extension may be invented, so the calculation is less obvious than that. I haven’t done any explicit calculations, but if the mid-21st century is a plausible time for such inventions, then the chances of indefinite life extension through cryonics, though non-negligible, shouldn’t be of a different order of magnitude than the chances of indefinite life extension through e.g. quitting smoking or being female.