Yes, delayed reproduction would be the first step.
And simultaneously for post breeding longevity (however short that starts). Which can be done by post-selecting the young based on the phenotype of the parents. (No need for any harsh selection, simply choosing which young remain in the breeding pool, vs. which go there own way.)
Their short breeding cycles are a boon, since that allows for faster generations, and even small lifespan improvements would reflect significant change.
The high number of species is also a tremendous advantage.
All done at scale. Millions of octopus, across dozens of species, to efficiently select from as much existing genetic diversity as possible. Not just for faster gene clustering, but to gain different insights from different species that can be transferred, via CRISPR. As you noted.
And finally, also selecting for individual intelligence and social collaboration. They are unique in being an extremely socially intelligent animal, with high cross species cognitive understanding. There preference for solitude does not reflect any lack of social awareness. So this is one of the easier and potentially rewarding challenges.
Since effective intelligence in practice is a (literal) product of individuals and collaboration. There is tremendous opportunity for gain of function.
—-
Of course, I will need a vast underground laboratory under a tropical island for all this. A not-too-dormant volcano for cheap geothermal power. And a comfortably furnished submarine of my own design, for research forays, with a streamlined exterior inspired by the profile of a jetting octopus. Christened with an ominous name.
As for other resources? Well the ocean has infinite untapped resources, and I will soon have infinite assistants.
Ok, some of the latter might be me getting ahead of myself.
And simultaneously for post breeding longevity (however short that starts). Which can be done by post-selecting the young based on the phenotype of the parents. (No need for any harsh selection, simply choosing which young remain in the breeding pool, vs. which go there own way.)
Their short breeding cycles are a boon, since that allows for faster generations, and even small lifespan improvements would reflect significant change.
The high number of species is also a tremendous advantage.
All done at scale. Millions of octopus, across dozens of species, to efficiently select from as much existing genetic diversity as possible. Not just for faster gene clustering, but to gain different insights from different species that can be transferred, via CRISPR. As you noted.
And finally, also selecting for individual intelligence and social collaboration. They are unique in being an extremely socially intelligent animal, with high cross species cognitive understanding. There preference for solitude does not reflect any lack of social awareness. So this is one of the easier and potentially rewarding challenges.
Since effective intelligence in practice is a (literal) product of individuals and collaboration. There is tremendous opportunity for gain of function.
—-
Of course, I will need a vast underground laboratory under a tropical island for all this. A not-too-dormant volcano for cheap geothermal power. And a comfortably furnished submarine of my own design, for research forays, with a streamlined exterior inspired by the profile of a jetting octopus. Christened with an ominous name.
As for other resources? Well the ocean has infinite untapped resources, and I will soon have infinite assistants.
Ok, some of the latter might be me getting ahead of myself.