 How successful would be coming in the interception of drugs? Mr. President, this lunch is the first of several that we will attempt to have leading experts come in and brief you as to where they are in their field of expertise so that you as the president will have an idea of what to expect over the next few years. And we have a surprise visitor here, alternative Dr. Engelberg, who will... Mr. President, my game is robotics. And I'm here to give you a view of the future, I hope, of where robotics is going. I'd like to start off by saying that the first thing we're going to get from robotics is productivity. We're going to be more efficient in the way we manufacture our goods. It's what we call the factory of the future. It's what the Japanese call mum, methodology for unmanned manufacturing. Now, the bad news is that the Japanese are well ahead of us and the Europeans in implementation. The good news is that we are nicely ahead in technology. Now, beyond this whole idea of manufacturing, there's another frontier which I find very exciting, and that is to put the robot to work in the area of services. And what we have been trying today, my colleague's roboticist colleagues and I are going to try, is to show you how a robot will be used at Long Beach Memorial Hospital. This is a simulation of a robot that will be doing brain searcher. If I may just give you a quick rundown on what usually happens. A patient is under a CAT scan machine, the CAT scan pictures are taken, the client is inaudible soon. And then they must find a place to drill a hole, insert it to the right distance to the tumor, and rip radioactive medicine on it. It's an extremely difficult thing for a doctor to interpret all those CAT scan pictures. So what these people at that hospital are doing, they first of all have a computer facility which is appropriate to our meeting today. They have artificial intelligence people that analyze all the CAT scans, talk to the robot arm and say to it, move your arm in the right direction and you will be over the proper spot to drill the hole. And we're going to try to have the robot go through this now, gentlemen, this week. This is simulated picking up the drill. Now the doctor has a few seconds to be sure he's happy with the way that is. And then the drilling is done on the cranium. Then when the drilling is done, the robot goes back to the operating table, deposits the drilling tool and then picks up another tool which is aimed at the same hole. And then it changes its direction so it tells the doctor this is the direction of the tumor, and there's a shoulder on that tool that prevents him inserting too far. And this procedure then will take three quarters of an hour instead of five hours. Well, yes, we have one other thing of the world of the future which the robot would like us to look at. I think we'll see it on this screen. In addition to doing brain surgery, we will have robot slaves in the future. And you heard about the maid who doesn't do windows. Well, this chap does. It's great, it looks just like she was in Yardell. Another machine which makes the windows dirty to keep this from happening. Another story. I was thinking when you told it that you wanted to know why you're gone for the day. Don't you have a lot of power? Water is my word.