is that the robot sort of has to predict, all right, if I do this, what do my other parts need to do? And then it sort of tries several predictions and then it picks the best one. And apparently that just will always have a time lag. But if you use quantum computing, it looks at all the possibilities for all of the movement that the robot can do in all of its body all at the same time and then just picks a good one. Now, apparently that would allow your robot to work as fast and efficiently and to move just like a human. You would have fewer degrees of movement, but if you saw it, it would just be moving like I'm moving, you know, just sort of casually moving. So if you saw the ping-pong robot that's running on a quantum computer, it would just look like a person playing ping-pong. So that's kind of cool. I don't know how practical it is to get a quantum computer in a robot because it's not like we have a lot of quantum computer solutions.

The US has a jet-powered drone wingman. It's basically the size of, looks like the size of a regular jet, maybe a little smaller. And a pilot would go up and would have a whole bunch of these drones as like protectors that would be flying at the same time, but they would be unmanned. So I presume the pilot would control them. The one pilot would control his own plane plus all the drones. And that's new. I haven't seen that before.

That story is boring. That's all I got for you. That'