You're free not to use the outputs if you have personal objections.
Maybe if you asked me five years ago, I'd have ventured that China will try some out-there genetic stuff with some successes, but we haven't really seen much. And (not to get into politics) but China is not too concerned about traditional Western ethical boundaries, it seems.
I prefer a future without harvesting humans for the members of dynasties that can afford it, while those with ethics are left behind or destroyed.
The cases aren't the same, but the lazy callousness is.
Animals don't have human-level consciousness. We're not going to discover some day that they do.
N.B. I don't believe we fully understand consciousness. Just that factory farm animal consciousness is categorically not at a human level.
It's a science, not a 'math thing'. Yours in an old fashioned conservative retreat into avoiding reason or ethical considerations.
BTW I don't consider myself an activist.
This notwithstanding, the ethical concerns seem premature. Shouldn't we wait for information on an actual concrete proposal? Perhaps it can be done with very little of the brain and when coupled with FMRI we can be sure enough that it isn't experiencing conscious states. But all this seems premature and subject to the actual details.
There are a lot of women who would love to have children, but have PCOS, hysterectomies, or other problems becoming pregnant naturally. Why is it totally OK for me to wear glasses, half the country to have an artificial hip, but totally 100% unnatural and terrible for women to use an artificial womb?
And I think it's clear that I am considering more than just my own life.
People are people. It's a different bar, and I'm not going to equate people lives with animal lives.
And it's not like you defined one or attempt to find a rational underpinning to check for your bias. That's the tribal, conservative basis for many of the injustices over immutable differences we see every day (racial, sexual etc.)
Rational inquiry is about transcending this.
> The ability to remove a mammalian embryo from the uterine environment and grow it normally in controlled conditions constitutes a powerful tool to characterize the effect of different perturbations on development during the period from gastrulation to organogenesis, that can be combined with genetic modification, chemical screens, tissue manipulation and microscopy methods