Was there a timescale in the OP? Some readers of this post might be 22 and taking their metformin and see age 98. So 76 years. I personally, having seen the state of things in biomed, think it is a problem that there will not be real progress on until we have substantially better AI systems. I think the fundamental problem is to create a (cocktail of possibly hundreds of drugs and genetic hacks, administered 24⁄7) to cause optimal outcomes in (a matrix of numbers that represent a patient’s health and aging state, obtained from a large battery of continuously run tests).
I think that finding out how to generate the drugs and genetic hacks will require repeating most previously performed experiments, just now a robot is doing them and the data is published without bias to cloudservers.
This cannot be solved by human beings just like we cannot keep a modern jet fighter in their air without computer assistance. But we can write and debug the systems that can.
Was there a timescale in the OP? Some readers of this post might be 22 and taking their metformin and see age 98. So 76 years. I personally, having seen the state of things in biomed, think it is a problem that there will not be real progress on until we have substantially better AI systems. I think the fundamental problem is to create a (cocktail of possibly hundreds of drugs and genetic hacks, administered 24⁄7) to cause optimal outcomes in (a matrix of numbers that represent a patient’s health and aging state, obtained from a large battery of continuously run tests).
I think that finding out how to generate the drugs and genetic hacks will require repeating most previously performed experiments, just now a robot is doing them and the data is published without bias to cloudservers.
This cannot be solved by human beings just like we cannot keep a modern jet fighter in their air without computer assistance. But we can write and debug the systems that can.