Michael eagle sten. What is it that you do here . Background . Our physicsackground is and devices. U. C. Berkeley and a p. H. D. Iowa stateat university. I am from minnesota originally. Are here at bell labs nu and working again on . Sensors. G on optical which is what . Anything sore maybe familiar with cameras. They are twodimensional imagings. 3d opticalng on imaging technique similar to radar. Light. E arent those in practical use today already . Yes. These. Re uses of one of them is in the medical technique called top graphy and you can use it eye,00 d imaging in the for example. You can get a scaled entireion of the eyeball all come notly nonevasive just the lights. Yes they are more and more common. So what is your research doing . Well, what i am working on system andn entire shrinking it down to the size of a chip. Integrate the phones in the ture. Future. Then allow us not to monitor ourselves but the land around and three dimensions. How far away are we from that type of te
Have we ever. There is a lot more coming up, though, here from carnegie melon. We have a couple of big interviews for you. Earlier i spoke with a major donor to the school, Hedge Fund Manager david tepper and asked him about the rumors he was in solar play sun edison yesterday. Here is what he had to say. People probably smoke a lot of marijuana out in your viewing audience and people on twitter because i dont understand where stuff comes from. I have never talked about stocks on this program. We havent had any big positions in my book for a year. I just was i mean, really truly there must be good gone cha coming into the country. We will have more on teppers comments. Was that a no . Well, but he said he hasnt had a big position in it. He seems pretty dismissive. The comments i think we have to let stand for themselves. By the way, cmu board member ray lane who is a Venture Capital giant Kliner Perkins is coming up in just a bit. Weve enjoyed your many interviews from carnegie melon t
Scientists have created wearable electronics that are lightweight, stretchable, and have a 400-fold increase in sweat permeability. This allows for the accurate long-term monitoring of biosignals for biomedical devices.