I've yet to see anyone address the more immediate problem for (humaniform) robotics, which is that it runs counter to the economic benefits of specialization at industrial scales.
A robotic warehouse that's just like a human warehouse but with robots walking the aisles will always be more expensive (and likely far less efficient) than a warehouse purpose built for automated picking using standard containers and graspers, conveyer belts or path constrained wheeled platforms--something I've seen in operation 20 years ago.
A factory of general purpose robots sewing t-shirts will always be more expensive than a factory a low wage humans sitting there doing the same.
The Fourdrinier process for making flat-sheet goods (i.e., paper, thin plastic, in massive rolls) is more than two centuries old. The idea that robots, returning to dipping a mould into the furnish to create individual sheets, could even come close to the economics of modern papermaking is insane.
A robotic warehouse that's just like a human warehouse but with robots walking the aisles will always be more expensive (and likely far less efficient) than a warehouse purpose built for automated picking using standard containers and graspers, conveyer belts or path constrained wheeled platforms--something I've seen in operation 20 years ago.
A factory of general purpose robots sewing t-shirts will always be more expensive than a factory a low wage humans sitting there doing the same.
The Fourdrinier process for making flat-sheet goods (i.e., paper, thin plastic, in massive rolls) is more than two centuries old. The idea that robots, returning to dipping a mould into the furnish to create individual sheets, could even come close to the economics of modern papermaking is insane.
[0] https://en.wikipedia.org/wiki/Paper_machine