>>105670104 (OP)The next big thing may be neuralink. Literally the first patient on the test version was able to control a mouse by trying to move his hand (paralyzed) and the software picked it up and learnt it. However he progressed to being able to think about moving the mouse, which is closer and closer to functioning like a body part. You can plug stuff into the brain and the brain can adapt it as part of your body effectively if you have a feedback system to it. Think of people who've never seen in their life before, literally blind, the few who were able to have medical intervention had to "learn" to see because it was just overwhelming stimulation they couldn't make sense of, and many still can't recognize peoples faces. There is machine learning with neuralink but its embedded in either the external hardware or software not in the neuralink itself. The brain can form pathways to integrate with it in useful ways for the tasks being done with it. It can even transfer signals between a severed spinal cord from one side to the other. Shits literally pre-cyberpunk.
Machine learning is exceptionally powerful when combined with hardware and the human mind.
If you're talking an adtificial life form type of robot, I suppose you'd need an equivalent to an entire nervous system to give proper feedback from their 'body' for it to integrate well. Which is a serious engineering hurdle.