Current biomedical knowledge says no, it’s extremely complex, and simple tricks have unacceptable failure rates. Remember you want to turn everyone hot and not kill 10-50 percent of them during the first treatment, with all the subjects developing untreatable fatal cancers a few years after treatment.
These aren’t hypotheticals, cellular reprogramming, one of the few actual techniques that seems to reverse aging, has side effects like these.
If you want to make everyone hot and keep them alive for centuries you need many thousands, maybe millions, of separate techniques, many specific to exactly 1 living patient. Or essentially a network of powerful AGI and ASI systems who model each patient per an accurate model of human bodies too complex for any human to learn, then the system chooses the drugs or genetic edits to make, maximizing the chance of success per the model.
The simulation models are also updated for every patient treated, which is not something any study or any living doctor is able to benefit from.
And this is able to happen in seconds, so the medical system can save patients in the process of dying from failures current medicine is unaware of.
We’ll solve it either way right?
I’d guess so, but with AGI we’d go much much faster. Same for everything you’ve mentioned in the post.
Without AGI, no chance in our lifetimes or any lifetimes that are soon. Possibly never given dysgenic effects and declining world population.
AGI? Not just a few tricks with chemistry and proteins?
Current biomedical knowledge says no, it’s extremely complex, and simple tricks have unacceptable failure rates. Remember you want to turn everyone hot and not kill 10-50 percent of them during the first treatment, with all the subjects developing untreatable fatal cancers a few years after treatment.
These aren’t hypotheticals, cellular reprogramming, one of the few actual techniques that seems to reverse aging, has side effects like these.
If you want to make everyone hot and keep them alive for centuries you need many thousands, maybe millions, of separate techniques, many specific to exactly 1 living patient. Or essentially a network of powerful AGI and ASI systems who model each patient per an accurate model of human bodies too complex for any human to learn, then the system chooses the drugs or genetic edits to make, maximizing the chance of success per the model.
The simulation models are also updated for every patient treated, which is not something any study or any living doctor is able to benefit from.
And this is able to happen in seconds, so the medical system can save patients in the process of dying from failures current medicine is unaware of.