I’ll concede that you are probably right about uplifting being easier.
This was my reasoning:
Properly identifying which gene encodes for what and usefully altering genes to express a particular phenotype as complex as human-level intelligence would require (in any reasonable amount of time) at the least a narrow AI to process and refine the huge amount of data in the half-chromosome or so that separates us from chimps. Chimps are close to humans, yes, but altering their DNA to uplift them seems to me to be the type of problem that would either take years of Manhattan-Project level dedication with the technology we have right now, or some sort of AI to do the heavy lifting for us.
I think I’m way out of my depth here, though, as I don’t know enough about genetic engineering or AI research to know with confidence which would be easier.
I’ll concede that you are probably right about uplifting being easier.
This was my reasoning: Properly identifying which gene encodes for what and usefully altering genes to express a particular phenotype as complex as human-level intelligence would require (in any reasonable amount of time) at the least a narrow AI to process and refine the huge amount of data in the half-chromosome or so that separates us from chimps. Chimps are close to humans, yes, but altering their DNA to uplift them seems to me to be the type of problem that would either take years of Manhattan-Project level dedication with the technology we have right now, or some sort of AI to do the heavy lifting for us.
I think I’m way out of my depth here, though, as I don’t know enough about genetic engineering or AI research to know with confidence which would be easier.
[Edited for typos.]