I don’t understand these companies’ obsession with humanoid robots. A robot doesn’t have to humanoid to be a useful household helper. It doesn’t even have to be humanoid for people to form a friendly bond with it (something I think would be a good quality in a “household helper”) just look at Star Wars droids
Some of this is also about less complicated ways to use patents that can also be applied to things like prosthetic limbs.
Also, it provides a control case with how well-studied human anatomy is. In terms of basic mechanical motion, there’s a clear baseline goal.
I remember seeing early versions of the synthetic muscle fibers years ago, but as far as ways to practically apply them and test, and refine them as control technology improves with machine learning. 10-15 years ago, this wasn’t really possible.
I don’t understand these companies’ obsession with humanoid robots. A robot doesn’t have to humanoid to be a useful household helper. It doesn’t even have to be humanoid for people to form a friendly bond with it (something I think would be a good quality in a “household helper”) just look at Star Wars droids
See also: Cogsworth
It has to be humanoid to live among humans, using human architecture and technology.
Some of this is also about less complicated ways to use patents that can also be applied to things like prosthetic limbs.
Also, it provides a control case with how well-studied human anatomy is. In terms of basic mechanical motion, there’s a clear baseline goal.
I remember seeing early versions of the synthetic muscle fibers years ago, but as far as ways to practically apply them and test, and refine them as control technology improves with machine learning. 10-15 years ago, this wasn’t really possible.
A humanoid robot can operate in the existing world. It can climb stairs and open a door, for example. A robot on wheels without arms can’t do that.
if you want it to interact with a wide range of environments and objects that were designed for humans, then a humanoid robot may be the way to go.